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List of papersranked per paper code |
ProgrammeOverview |
The paper/session code is build as follows:
This "quickaccess" menu allows you to directly access papers with codes starting with:
| Bxx | Cxx | Dxx | Exx | Fxx | Gxx | Hxx | Jxx | Kxx | |
| S-Axx | S-Bxx | S-Cxx | S-Dxx | S-Exx | S-Fxx | S-Gxx | S-Hxx | S-Jxx | S-Kxx |
| B01-1 | Determining Installation Errors for DOA Estimation with Four-Quadrant Monopulse Arrays by using Installed Element Patterns |
| Frid, Henrik; Jonsson, B. L. G. | |
| KTH Royal Institute of Technology, SWEDEN | |
| B01-2 | Thermal Analysis of a Dense Dipole Array for the SKA Mid-Frequency Aperture Array |
| Smale, Corey | |
| Stellenbosch University, SOUTH AFRICA | |
| B01-3 | Mutual Coupling Modeling and Calibration in Antenna Arrays for AOA Estimation |
| Tien Tu, VO (1); OUVRY, Laurent (1); BORIES, Serge (1); Sibille, Alain (2) | |
| (1) CEA Grenoble, FRANCE; (2) Telecom ParisTech, FRANCE | |
| B01-4 | Effect of Element Pattern Symmetry on the Performance of Dual-Polarized GNSS Adaptive Antenna Arrays |
| Rezazadeh, Navid; Shafai, Lotfollah | |
| University of Manitoba, CANADA | |
| B01-P | High-Power Broadband Active Phased-Array Transmitter |
| Hong, Young-Pyo (1); Lee, Woosang (2) | |
| (1) KRISS, SOUTH KOREA; (2) Agency for Defense Development, SOUTH KOREA | |
| B02-1 | A Ka-Band Active Integrated Antenna for 5G Applications: Initial Design Flow |
| Liao, Wan-Chun (1); Ivashina, Marianna (1); Johansson, Martin (2); Emanuelsson, Thomas (1); Maaskant, Rob (1); Hook, Anders (3); Wettergren, Johan (4); Dieudonne, Michael (5) | |
| (1) Chalmers University of Technology, SWEDEN; (2) Ericsson Research, SWEDEN; (3) SAAB, SWEDEN; (4) RUAG Space AB, SWEDEN; (5) Keysight Laboratories, Keysight Technologies, BELGIUM | |
| B02-2 | A Wideband Antenna Based on Composite Flexible Substrate for Wearable Application |
| Abbas, Syed | |
| Macquarie University, AUSTRALIA | |
| B02-3 | An optimization method for tuning a helical beam antenna using Blender-Python and CFDTD |
| Richichi, Giulio; Junkin, Gary | |
| Universidad Autonoma de Barcelona, SPAIN | |
| B02-4 | A SQUARE MICROSTRIP PATCH ANTENNA WITH ENHANCED RETURN LOSS THROUGH DEFECTED GROUND PLANE FOR 5G WIRELESS NETWORKS |
| Hakanoglu, Baris (1); Sen, Osman (2); Turkmen, Mustafa (1) | |
| (1) Erciyes University, TURKEY; (2) TUBITAK, TURKEY | |
| B03-1 | Monopole Antenna Gain Enhancement by Using Layered Dielectrics Medium |
| Sharifian Mazraeh Mollaei, Masoud (1); Sedighy, Seyed Hasan (2) | |
| (1) Aalto University, FINLAND; (2) Iran University of Science & Technology, IRAN | |
| B03-2 | Field Trials for Ultrawideband Antenna |
| Farhat, Iman (1); Zarb Adami, Kristian (2); Cutajar, Denis (2); Sammut, Charles (2) | |
| (1) University of Malta, MALTA | |
| B03-4 | Explicit formulas for the calculation of the (local) phase center of an arbitrary antenna |
| Albani, Matteo; Pavone, Santi | |
| University of Siena, ITALY | |
| B03-5 | Circularly Polarized C-Band Lens-Horn Antenna for Radar Remote Sensing Calibration |
| Rodriguez Varela, Fernando; Besada Sanmartin, José Luis; Galocha Iraguen, Belen | |
| UPM, SPAIN | |
| B03-P1 | Microstrip broadband LPDA antenna on VHF and UHF bands |
| Przesmycki, Rafal; Wnuk, Marian; Bugaj, Marek | |
| Military University of Technology, POLAND | |
| B03-P2 | Design of Narrowband Frequency-Tunable Antenna |
| khelladi, rafik (1); Djeddou, Mustapha (1); TEDJINI, SMAIL (2); Ghanem, Farid (3) | |
| (1) EMP, ALGERIA; (2) LCIS, FRANCE; (3) Telecom Product Direction, R&D&I, Brandt Group, ALGERIA | |
| B05-1 | Properties of hybridized modes in core-shell scatterers |
| Sihvola, Ari; Yla-Oijala, Pasi; Wallen, Henrik; Tzarouchis, Dimitrios | |
| Aalto University, FINLAND | |
| B05-3 | Active Coated Nanoparticles - Scattering Properties and Fano Resonances |
| Arslanagic, Samel; Jacobsen, Rasmus E. | |
| Technical University of Denmark, 4561274524 | |
| B05-4 | Analytical Study of Light Scattering Characteristics of Radially Inhomogeneous Subwavelength Spheres |
| Tzarouchis, Dimitrios; Sihvola, Ari | |
| Aalto University, FINLAND | |
| B05-5 | A Metasurface to Focus Antenna Beam at Offset Angle |
| Afzal, Muhammad Usman; Esselle, Karu; Lalbakhsh, Ali | |
| Macquarie University, AUSTRALIA | |
| B05-6 | Mimicking Complex Source Point Fields via Complex Transformation Optics |
| Odabasi, Hayrettin (1); Teixeira, Fernando (2) | |
| (1) Eskisehir Osmangazi University, TURKEY; (2) The Ohio State University, USA | |
| B07-1 | Wireless Monitoring of a Structural Beam To Be Used for Post-Earthquake Damage Assessment |
| Ozbey, Burak (1); Erturk, Vakur B. (2); Kurc, Ozgur (3); Altintas, Ayhan (2); Demir, Hilmi Volkan (2) | |
| (1) Ohio State University, USA; (2) Bilkent University, TURKEY; (3) Middle East Technical University, TURKEY | |
| B07-2 | A Polarization-Independent Switchable Absorber with Independently Controllable Absorption Frequencies |
| Ghosh, Saptarshi; Srivastava, Kumar Vaibhav | |
| Indian Institute of Technology Kanpur, INDIA | |
| B07-P1 | Investigation of the characteristics of phase shifter when connecting additional sections |
| Letavin, Denis | |
| UrFU, RUSSIAN FEDERATION | |
| B07-P2 | Compact crossover based on artificial transmission line |
| Letavin, Denis | |
| UrFU, RUSSIAN FEDERATION | |
| B11-1 | Fourier-Transform-Domain Solution of the Directive Beam Scattering by a Dielectric Slab with Account of the Guided Waves |
| Tsitsas, Nikolaos | |
| Aristotle University of Thessaloniki, GREECE | |
| B11-2 | Matched waves for impedance boundaries |
| Sihvola, Ari; Lindell, Ismo | |
| Aalto University, FINLAND | |
| B11-3 | Analytical Model for Planar Strip–like Blazed Gratings |
| Medina, Francisco (1); Memarian, Mohammad (2); Mesa, Francisco (1); Itoh, Tatsuo (3); Molero, Carlos (4); Rodriguez-Berral, Raul (1) | |
| (1) Universidad de Sevilla, SPAIN; (2) Sharif University of Technology, USA; (3) UCLA, USA; (4) INSA Rennes, FRANCE | |
| B11-4 | Diffraction by double layer graphene strip grating |
| Kaliberda, Mstyslav; Pogarsky, Sergey | |
| V.N.Karazin National University of Kharkiv, UKRAINE | |
| B11-P | Inverse Laplace and the Quasi-Conformal Transformation |
| Bradley, Patrick | |
| Dublin City University, IRELAND | |
| B12-1 | A design of elliptical edge-fed circularly polarized patch antenna for GPS and Iridium applications |
| Mistry, Keyur; Lazaridis, Pavlos | |
| University of Huddersfield, UNITED KINGDOM; () University of Huddersfield , UNITED KINGDOM | |
| B12-2 | 1.62GHz Circularly Polarized Pin-Fed Notched Circular Patch Antenna |
| TZIRIS, EMMANOUIL (1); ZAHARIS, ZAHARIAS (2); GLOVER, IAN (3); COSMAS, JOHN (1); Lazaridis, Pavlos (3) | |
| (1) Brunel University, UNITED KINGDOM; (2) Aristotle University of Thessaloniki, GREECE; (3) University of Huddersfield, UNITED KINGDOM; (3) University of Huddersfield , UNITED KINGDOM | |
| B12-3 | Overview of High-Performance Wide-Band Balanced Bandpass Filters Using Ring Resonators |
| Feng, Wenjie | |
| Nanjing University of Science & Technology, CHINA CIE | |
| B16-1 | Numerical Investigation of Nano-Cavities for Optimal Power Absorption in Solar Cells |
| Karaosmanoglu, Bariscan; Ergul, Ozgur; Topcuoglu, Ulas; Tuygar, Emre | |
| Middle East Technical University, TURKEY | |
| B16-2 | Design of Compact Nano-Optical Couplers Involving Dielectric Nanorods |
| Karaosmanoglu, Bariscan; Yazar, Sirin; Ergul, Ozgur | |
| Middle East Technical University, TURKEY | |
| B16-3 | Numerical Methods for the Maxwell-Liouville-von Neumann (MLN) Equations |
| Riesch, Michael; Jirauschek, Christian; Bungartz, Hans-Joachim; Tchipev, Nikola | |
| Technical University of Munich, GERMANY | |
| B16-4 | Topology Optimisation and the All-Dielectric Microwave Absorber |
| Bradley, Patrick | |
| Dublin City University, IRELAND | |
| B21-01 | Some Features of Electromagnetic Wave Scattering from Invisible Spherical Lens with Negative Refractive Index |
| Skobelev, Sergei (1); Smolnikova, Olga (2) | |
| (1) Radiofizika, RUSSIAN FEDERATION; (2) RUSSIAN FEDERATION, | |
| B21-02 | A simple approach to invisibility under different linear approximations |
| Palmeri, Roberta; Isernia, Tommaso | |
| Universita Mediterranea di Reggio Calabria, DIIES, ITALY | |
| B21-03 | Resonance Scattering Effects in a Periodic Array of Gyrotropic Cylinders Irradiated by a Filamentary Electric-Dipole Source |
| Kudrin, Alexander; Es'kin, Vasiliy; Ivoninsky, Alexander | |
| University of Nizhny Novgorod, RUSSIAN FEDERATION | |
| B21-04 | Analysis of Kirchhoff migration and direct sampling method within far-field approximation: from the multi-static to the mono-static configuration |
| Kang, Sangwoo | |
| GeePs , FRANCE | |
| B21-05 | A novel GO-based optimization technique for the design of shaped double reflectors |
| Albani, Matteo; Pavone, Santi | |
| University of Siena, ITALY | |
| B21-06 | A Physical Insight into Complex-Source Beam Diffraction by a Wedge (Invited) |
| Terranova, Sergio (1); Manara, Giuliano (1); Klinkenbusch, Ludger (2) | |
| (1) University of Pisa, ITALY; (2) Kiel University, GERMANY | |
| B21-07 | Plane wave diffraction by a truncated elliptic cylinder with a strongly elongated cross-section: asymptotics of the induced current for large values of the elongation parameter |
| Molinet, Frederic | |
| MOTHESIM, FRANCE | |
| B21-08 | Electromagnetic Scattering by Three Unevenly Spaced Parallel Half-planes Truncated by a Metal Plane |
| Uslenghi, Piergiorgio (1); Poort, Marco D. (1); Daniele, Vito (2) | |
| (1) University of Illinois at Chicago, USA; (2) Politecnico di Torino-DET, ITALY | |
| B21-09 | Computation of Antenna Transfer Functions with a Bidirectional Ray-Tracing Algorithm Utilizing Antenna Reciprocity |
| Taygur, Mehmet Mert; Eibert, Thomas; Sukharevsky, Ilya | |
| Technical University of Munich, GERMANY | |
| B21-10 | Multiple-Bounce Scattering from Electrically Large Objects: Is Ray Optics Sufficient? (Invited) |
| Osipov, Andrey | |
| DLR, GERMANY | |
| B21-11 | On the forward scattering by targets below a multilayer |
| Ponti, Cristina; Santarini, Valerio; Schettini, Giuseppe | |
| Roma Tre University, ITALY | |
| B21-P1 | UAPO Solution for the Plane Wave Diffraction by a 90° Coated Wedge |
| Riccio, Giovanni (1); Gennarelli, Gianluca (2) | |
| (1) University of Salerno, ITALY; (2) IREA, ITALY | |
| B22-1 | Scattering of a TE Mode by Cylindrical Posts of Different Cross Sections Located Inside a Parallel-Plate Waveguide |
| Uslenghi, Piergiorgio; Poort, Marco D.; Arora, Akshaj | |
| University of Illinois at Chicago, USA | |
| B22-2 | Balanced Dual-Bandpass Filter Based on Embedded Resonators with Magnetic Coupling |
| Medina, Francisco (1); Boix, Rafael R. (1); Martinez-Ros, Alejandro (1); Lujambio, Aintzane (2); Martin, Ferran (3); Fernandez-Prieto, Armando (1); Martel, Jesus (1); Ugarte-Parrado, Pedro (1) | |
| (1) Universidad de Sevilla, SPAIN; (2) ALTER Technology TUV Nord, SPAIN; (3) Universitat Autonoma de Barcelona, SPAIN | |
| B22-3 | Fast orbital quantum modulation using Orbital Angular Momentum wave emitter based on N-PSK modulators |
| Pascal, Olivier; Pigaglio, Olivier; Sokoloff, Jérome | |
| LAPLACE, FRANCE | |
| B22-4 | Innovative Filter Structure in 3D Printing Technology |
| dionigi, marco (1); tomassoni, cristiano (1); venanzoni, giuseppe (1); sorrentino, roberto (2) | |
| (1) University of Perugia D.I., ITALY; (2) R.F. Microtech Srl, ITALY | |
| B22-5 | On General Boundary Conditions |
| Lindell, Ismo; Sihvola Ari | |
| Aalto University, FINLAND | |
| C01-1 | Comparison of Software Defined Radio Techniques and Smart Metering Devices for Predictive Maintenance Applications |
| Faschingbauer, Alexander; Kunze, Stefan; Poeschl, Rainer | |
| Deggendorf Institute of Technology, GERMANY | |
| C01-2 | Concept for a Software Defined Radio Based System for Detection, Classification and Analysis of Radio Signals from Civilian Unmanned Aerial Systems |
| Kunze, Stefan; Weinberger, Alexander; Poeschl, Rainer | |
| Deggendorf Institute of Technology, GERMANY; () Deggendorf Institute of Technlogy, GERMANY; () Deggendorf Institute of Technology, GERMANY | |
| C02-01 | A Supervisory System for Partial Discharge Monitoring |
| Saeed, Bakhtiar | |
| University of Huddersfield, UNITED KINGDOM | |
| C02-02 | Coalition Formation Games Based Sub-Channel Allocation for Device-to-Device Underlay mmWave Small Cells |
| Niu, Yong (1); Shi, Han (1); He, Ruisi (1); Zhong, Zhangdui (1); Li, Yong (2) | |
| (1) Beijing Jiaotong University, CHINA CIE; (2) Tsinghua University, CHINA CIE | |
| C02-03 | Energy Efficient Resource Allocation in Millimeter-Wave-Based Fog Radio Access Networks |
| Zhang, Haijun (1); Li, Xuebin (2); Long, Keping (1); Zhu, Lei (2) | |
| (1) University of Science and Technology Beijing, CHINA CIE; (2) Beijing University of Chemical Technology, CHINA CIE | |
| C02-04 | Enhancing the Coexistence between LTE and Radar Systems in the Unlicensed Bands |
| Labib, Mina (1); Zaghloul, Amir (2); Marojevic, Vuk (1); H. Reed, Jeffrey (1); F. Martone, Anthony (2) | |
| (1) Virginia Tech, USA; (2) US Army Research Lab, USA | |
| C02-05 | A Novel Adaptive Golay Correlator Synchronizer for IEEE 802.11ad Indoor mmWave Systems |
| El-Yamany, Ahmed; Petri, Markus | |
| IHP - Innovations for High Performance Microelectronics, GERMANY | |
| C02-06 | Positioning of dynamic objects by means of systems of multi-frequency sounding of HF radio paths with the use of FMCW signals |
| Ivanov, Dmitry | |
| Volga State University of Technology, RUSSIAN FEDERATION | |
| C02-07 | Comparison Between a Multiband PIFA and a Ultrawideband Archimedean Spiral Antenna for Energy Harvesting in Microwave Bands |
| Alex-Amor, Antonio (1); Sierra-Castaner, Manuel (1); Padilla, Pablo (2); Fernandez-Gonzalez, José Manuel (1) | |
| (1) Technical University of Madrid, SPAIN; (2) University of Granada, SPAIN | |
| C02-P1 | Source-receiver Ionospheric-scintillation Global Model of the upper Atmosphere (SIGMA): Sensitivity Analysis |
| Conroy, James (1); Scales, Wayne (2); Deshpande, Kshitija (3); Zaghloul, Amir (2) | |
| (1) Virginia Tech, JHUAPL, USA; (2) Virginia Tech, USA; (3) Embry-Riddle, USA | |
| C02-P2 | Designing a low-cost DMR module for use in M2M/IoT applications |
| Ganchev, Ivan; O'Droma, Mairtin; Ji, Zhanlin | |
| University of Limerick, IRELAND | |
| C02-P3 | An Adaptive IEEE 802.11ad Indoor mmWave Inner-Receiver Architecture |
| El-Yamany, Ahmed; Petri, Markus | |
| IHP - Innovations for High Performance Microelectronics, GERMANY | |
| C04-1 | Performance Improvement of 7200 bps IMBE Vocoder with Improved FEC |
| Eksim, Ali (1); Yetik, Hasan (2) | |
| (1) TUBITAK BILGEM, TURKEY; (2) TUBITAK BILGEM UEKAE, TURKEY | |
| C04-2 | Burst erasure correcting codes for carousel transmission |
| Tarable, Alberto | |
| National Research Council of Italy, ITALY | |
| C04-P | Non linear power amplifier effects on post-OFDM waveforms |
| Louet, Yves (1); ROVIRAS, Daniel (2); BEN MABROUK, Mouna (3); SHAIEK, Hmaied (2); MEDJAHDI, Yahia (2) | |
| (1) CentraleSupélec - IETR, FRANCE; (2) CNAM Paris, FRANCE; (3) CentraleSupélec, FRANCE | |
| C05-1 | Using the Q/V-band Aldo Paraboni payload to validate future satellite systems: test campaign and preliminary results of the QV-LIFT project |
| Petrolino, Antonio (1); Sigler, Manuel (2); Parca, Giorgia (3); Codispoti, Giuseppe (3); Vaccaro, Attilio (1); Massaro, Fabrizio (4); Bacci, Giacomo (1); Luini, Lorenzo (5); Riva, Carlo (5) | |
| (1) MBI srl. Pisa, ITALY; (2) Erzia, ITALY; (3) ASI, ITALY; (4) Eutelsat, ITALY; (5) Politecnico di Milano/CNR, ITALY | |
| C05-2 | Tunnel Diodes for Backscattering Communications |
| Amato, Francesco (1); Durgin, Gregory (2) | |
| (1) Scuola Superiore Sant'Anna, ITALY; (2) Georgia Institute of Technology, USA | |
| C05-3 | System Analysis of a Wake-Up Receiver Based on Surface Acoustic Wave Correlator |
| Abughannam, Saed; Scheytt, Christoph | |
| Heinz Nixdorf Institute, GERMANY | |
| C05-4 | High Bandwidth Maritime Communication Systems - Review of Existing Solutions and New Proposals |
| Newe, Thomas; Robinson, Luke; Toal, Daniel | |
| University of Limerick, IRELAND | |
| C05-5 | Synchronization for Coherent Averaging Based Communication System |
| Asgharzadeh, Mohammadmahdi; Novakov, Emil; Maury, Ghislaine | |
| IMEP-LAHC, FRANCE | |
| C07-1 | Influence of Channel Estimation Error on Noise Enhancement Suppression with Multilevel Spreading Codes |
| Motoki, Tatsuya; Kobayashi, Takehiko | |
| Tokyo Denki University, JAPAN | |
| C07-2 | Low Power High-Speed ADC based Partial Discharge Sensor for Wireless Fault Detection in Substations |
| Upton, David | |
| University of Huddersfield, UNITED KINGDOM | |
| C07-4 | Electromagnetic Modeling of Human Subject Vital Signs, Motion Tracking, and Gait Analysis and Experimental Validation |
| Kilic, Ozlem (1); Fathy, Aly (2) | |
| (1) The Catholic University of America, USA; (2) University of Tennessee, Knoxville, USA | |
| C07-P1 | In-situ investigation of rain drop size distribution (DSD) using Micro Rain Radar Data and its effect on microwave radio signal in tropical region |
| Tomiwa, Akinyemi (1); Ajewole, Moses O. (2); Ojo, Joseph S (2) | |
| (1) Adekunle Ajasin University , NIGERIA; (2) Federal University of Technology Akure, NIGERIA | |
| C07-P2 | A study of the peak-windowing performance considering the impact of the window width |
| Cheaito, Ali (1); Louet, Yves (2) | |
| (1) Centralesupélec, FRANCE; (2) CentraleSupélec - IETR, FRANCE | |
| C07-P3 | Global Abnormal Event Detection in Video via Motion Information Entropy |
| Wang, Zhipeng (1); Li, Beichen (1); Hou, Chunping (1); Yao, Li (2); Song, Mei (3); Chen, Tianyu (1) | |
| (1) Tianjin University, CHINA CIE; (2) Beijing Normal University, CHINA CIE; (3) Beijing University of Posts and Telecommunication, CHINA CIE | |
| D01-01 | Characterization of Indoor Visible Light Communication Channels and Design of a DCO-OFDM System |
| Tagliaferri, Dario; Capsoni, Carlo | |
| Politecnico di Milano, ITALY | |
| D01-02 | Electronic and optical properties of phosphorene-graphene van der Waals heterostructures |
| Hu, Xuerong (1); Sun, Zhipei (1); Zheng, Jiming (2); Ren, Zhaoyu (2) | |
| (1) Aalto University, FINLAND; (2) Northwest University, CHINA CIE | |
| D01-03 | High Frequency SAW Resonator Design, Simulation, and Optimization With Applications to Chemical Gas Sensors |
| Sun, Libin; Zaghloul, Mona | |
| The George Washington University Department of Electrical and Computer Engineering, USA | |
| D01-04 | Reconfigurable frequency discriminator with uniform 2-bit frequency band using slow wave structure |
| Sim, Sungmin (1); Lee, Yeonsu (1); Kang, Hye-lim (1); Song, Minho (1); Kim, Jung-Mu (1); Melo, Marcos T. de (2); Llamas-Garro, Ignacio (3) | |
| (1) Chonbuk National University, SOUTH KOREA; (2) UFPE, BRAZIL; (3) CTTC, SPAIN | |
| D01-05 | Ultra-Wideband Reconfigurable Filter with Electronically-Switchable Bandpass/Bandstop States |
| Gomez-Garcia, Roberto | |
| Univ. of Alcala, Pza. San Diego, s/n, SPAIN | |
| D01-06 | Analysis of Static Analog Linearizer Architectures for Power Amplifiers |
| Cunha, Telmo; Tome, Pedro; Castela, Cristiano | |
| Universidade de Aveiro - Instituto de Telecomunicacoes, PORTUGAL | |
| D01-07 | Noiseless Control and Amplification of Periodic Waveforms Through Talbot Self-Imaging (Invited) |
| Romero Cortes, Luis; Azana, Jose; Maram, Reza | |
| INRS-EMT, CANADA | |
| D01-P1 | Single-Chip Gen2-Compliant UHF RFID Sensor Tags based on Novel Pseudo-BAP Mode |
| Catarinucci, Luca; Colella, Riccardo | |
| University of Salento, ITALY | |
| D01-P2 | On the Use of Vector Fitting and State-Space Modeling to Maximize the DC Power Collected by a Wireless Power Transfer System |
| rousseau, regis | |
| CITI Laboratory-INSA, FRANCE | |
| D01-P3 | Design of UHF RFID tag on PLA substrate for food traceability |
| Abdelnour, Abanob-Assaad-Amin (1); Villarino, Ramon (2); Kaddour, Darine (1); Lazaro, Antonio (2); Tedjini, Smail (3); Mercier, Christophe (4); Ibars, Eduard (2); Girbau, David (2) | |
| (1) Univ. Grenoble Alpes, FRANCE; (2) Rovira i Virgili University, SPAIN; (3) LCIS, FRANCE; (4) Ardeje, FRANCE | |
| E01-01 | Analytical Technique to Determine the Electric Field Above a Two-layered Medium |
| Galic, Marin; Doric, Vicko; Poljak, Dragan | |
| University of Split, CROATIA | |
| E01-02 | An efficient implementation of the periodic method of moments for shielding effectiveness calculations of thin-wire grids |
| Gronwald, Frank | |
| University of Siegen, GERMANY | |
| E01-03 | A domain decomposition method to simulate the response of biological cell systems exposed to radio frequency |
| Stiemer, Marcus; Kielian, Nils; Rozgic, Marco; Boehmelt, Sebastian; Dudzinski, Michael | |
| Helmut Schmidt University, GERMANY | |
| E01-04 | Antenna Calibration with Improved Accuracy in a Semi-Anechoic Chamber |
| Fichte, Lars Ole; Jalali, Narjes; Stiemer, Marcus; Barbary, Ines | |
| Helmut Schmidt University, GERMANY | |
| E01-05 | Generalized Telegrapher’s Equations for Buried Curved Wires |
| Poljak, Dragan | |
| University of Split, CROATIA | |
| E01-06 | Advanced assessment of the risk of underestimating EMC conducted tests for satellites in-flight conditions |
| Lallechère, Sebastien | |
| University Clermont Auvergne, FRANCE | |
| E01-07 | Direct time domain analytical solution for the transient impedance of the horizontal grounding electrode |
| Sesnic, Silvestar; Poljak, Dragan | |
| University of Split, CROATIA | |
| E01-08 | Extraction of Via Defects from Very-Near-Field Measuremet and Source Reconstruction Method |
| Rafieealavi, Rezvan; Mirzavand, Rashid; Mousavi, Pedram; Kiaee, Ali | |
| University of Alberta, CANADA | |
| E01-09 | Electromagnetic Modeling of a MESFET transistor using the MOM-GEC |
| Soltani, Takoua; Aguili, Taoufik; Soltani, Imen | |
| ENIT, TUNISIA | |
| E02-01 | A Circuit Model of the Automotive and Military Test Setups for Disturbance E-field Measurement with Rod Antenna |
| Carobbi, Carlo | |
| University of Florence, ITALY | |
| E02-02 | SATA interface in the process of electromagnetic infiltration |
| Przesmycki, Rafal; Wnuk, Marian; Bugaj, Marek | |
| Military University of Technology, POLAND | |
| E02-03 | Propagation of Stochastic Field Emissions: A Wigner Function Approach |
| Gradoni, Gabriele (1); Arnaut, Luk (2); Smartt, Chris (1); Creagh, Stephen (1); Thomas, David (1); Tanner, Gregor (1); Nasser, Hayan (1); Madenoor Ramapriya, Deepthee (1); Baharuddin, Mohd Hafiz (1) | |
| (1) University of Nottingham, UNITED KINGDOM; (2) Queen Mary University of London, UNITED KINGDOM; (1) University of Notttingham, UNITED KINGDOM; (1) University of Nottingham, UNITED KINGDOM | |
| E02-04 | Mitigation Technique to Reduce the Wi-Fi Susceptibility to Jamming Signal |
| Romero, Grecia (1); deniau, virginie (2) | |
| (1) University of Lille 1, FRANCE; (2) IFSTTAR, FRANCE | |
| E02-05 | Susceptibility of 4G communications in the railway EM environment |
| Stienne, Olivier (1); deniau, virginie (1); Kousri, Mohamed Raouf (2); Simon, Eric (3) | |
| (1) IFSTTAR, FRANCE; (2) Railenium, FRANCE; (3) IEMN-Telice, FRANCE | |
| E02-06 | EMI apparatus performance of a fully steerable radio telescope |
| Bergano, Miguel (1); Barbosa, Domingos (1); Ribeiro, Valerio (2) | |
| (1) Instituto de Telecomunicacoes, PORTUGAL; (2) CIDMA, PORTUGAL | |
| E02-07 | Characteristic Mode Analysis as a Pattern Recognition Technique for Electromagnetic Compatibility |
| Gronwald, Frank | |
| University of Siegen, GERMANY | |
| E02-08 | The Predictive Posterior Probability Density Function for the Rectangular Probability Model and its Application to EMC and RF Measurements |
| Carobbi, Carlo | |
| University of Florence, ITALY | |
| E02-09 | Identification of temporal sources for transmission lines applications |
| Bonnet, Pierre; LALLECHERE, Sebastien; Paladian, Francoise; Chauvière, Cedric; Al Ibrahim, Ali | |
| University Clermont Auvergne, FRANCE | |
| E02-10 | An Interpretation of Time Reversal Invariant Systems |
| Rubinstein, Marcos (1); Rachidi, Farhad (2) | |
| (1) University of Appliend Sciences Western Switzerland, SWITZERLAND; (2) Swiss Federal Institute of Technology, SWITZERLAND | |
| E02-11 | Statistics of Trans-Impedance of Coupled Electrically-Large Enclosures |
| Anlage, Steven (1); Gradoni, Gabriele (2) | |
| "(1) University of Maryland, USA; (2) University of Nottingham, UK " | |
| E04-1 | Method for measuring background noise levels conducted over low voltage power lines |
| Nowosielski, Leszek (1); Wnuk, Marian (1); Uljasz, Bogdan (1); Nowosielski, MichaB (2) | |
| (1) Military University of Technology, POLAND; (2) Medical University of Warsaw, POLAND | |
| E04-2 | Measurement of background noise levels conducted over low voltage power lines in urban and rural areas |
| Nowosielski, Leszek (1); Nowosielski, MichaB (2); Wnuk, Marian (1); Uljasz, Bogdan (1) | |
| (1) Military University of Technology, POLAND; (2) Medical University of Warsaw, POLAND | |
| E04-3 | Software Instrumentation of an Unmanned Aerial Vehicle for HPEM Effects Detection |
| Lopes Esteves, José | |
| ANSSI, FRANCE | |
| E04-4 | Susceptibility testing of COTS Sensors to RF Pulses with focus on widespread electronics for Information Security risks management and mitigation |
| Kasmi, Chaouki; Bluhm, Manuel; Garipov, Arthur; Al Shehhi, Eiman | |
| DarkMatter LLC, UNITED ARAB EMIRATES | |
| E04-5 | Pulse Injection of a Buck Converter |
| Gardner, Robert | |
| Consultant, USA | |
| E04-6 | Evaluation of Interference Due to Rain in Millimeter Waves |
| Surco Espejo, Teddy M. | |
| Pontificia Universidade Catolica do Rio de Janeiro, BRAZIL | |
| E04-P1 | Validation of the D-dot probe for HPEM pulsed electromagnetic field measurements |
| Przesmycki, Rafal; Bugaj, Marek; Wnuk, Marian | |
| Military University of Technology, POLAND | |
| E04-P2 | The method of material absorption measurement using the HPM generator |
| Przesmycki, Rafal; Nowosielski, Leszek; Wnuk, Marian | |
| Military University of Technology, POLAND | |
| E04-P3 | Electromagnetic Noise Generated by an Arc Tracking between DC Conductors during its Early Time |
| Degauque, Pierre (1); Laly, Pierre (1); Degardin, Virginie (1); Lienard, Martine (1); Valensi, Flavien (2); kone, lamine (1) | |
| (1) University of Lille, FRANCE; (2) University Paul Sabatier, FRANCE | |
| F01-1 | Extending the diversity outage performance of microwave LOS links to MIMO |
| Gagnon, Francois (1); Dahman, Ghassan (1); Poitau, Gwenael (2) | |
| (1) Ecole de technologie superieure, CANADA; (2) Ultra Electronics TCS, CANADA | |
| F01-2 | Localization of Partial Discharge by Using Received Signal Strength |
| Khan, Umar (1); Upton, David (1); Atkinson, D (2); Mohamed, Hamd (1); Saeed, Bakhtiar (1); Lazaridis, Pavlos (1); Mistry, Keyur (1); Mather, Peter (1); Vieira, Maria F Q (3) | |
| (1) University of Huddersfield , UNITED KINGDOM; (1) University of Huddersfield, UNITED KINGDOM; (2) University of Dtrathclyde, UNITED KINGDOM; (1) University of Huddersfield , UNITED KINGDOM; (1) University of Huddersfield, UNITED KINGDOM; (3) Universidade Federal de Campina Grande, BRAZIL | |
| F01-3 | Exploring the Feasibility of Indoor Human Positioning by Using Radio Channel Properties of a Single Link |
| Miao, Yang (1); Tanghe, Emmeric (1); Lienard, Martine (2); Joseph, Wout (1); Plets, David (1); Aminzadeh, Reza (1); Martens, Luc (1); Gaillot, Davy (2); Berkvens, Raf (3); Weyn, Maarten (3); Laly, Pierre (2) | |
| (1) Ghent University, BELGIUM; (2) University of Lille, FRANCE; (3) University of Antwerp, BELGIUM | |
| F01-4 | Modelling Polarimetric Power Delay Spectrum for Indoor Wireless Channels via Propagation Graph Formalism |
| Adeogun, Ramoni; Pedersen, Troels | |
| Aalborg University, DENMARK | |
| F01-5 | On the worst case trajectories of microwave links above Belgium |
| Van Lil, Emmanuel (1); Van Malderen, Roeland (2) | |
| (1) KU Leuven, BELGIUM; (2) Royal Meteorological Institute, BELGIUM | |
| F01-6 | Assessment of time diversity as a fade mitigation technique in Ka band at a tropical location |
| Das, Saurabh | |
| Center for Soft Computing Research, Indian Statistical Institute, INDIA | |
| F01-P | Ground Reflection Effect on OAM Multiplexing System with Radial Uniform Circular Array Antennas |
| Son, Hae-Won; Yoo, Jeong-Ung | |
| Chonbuk National University, SOUTH KOREA | |
| F02-1 | Bistatic ArcSAR |
| Pieraccini, Massimiliano; Miccinesi, Lapo | |
| Universita di Firenze, ITALY | |
| F02-2 | Forest Fire Detection with Weather Radars |
| Santalla del Rio, Veronica | |
| University of Vigo, SPAIN | |
| F02-3 | Coexistence of weather radars and telecommunication systems |
| Vaccarono, Mattia | |
| Colorado State University, USA | |
| F02-4 | Theoretical analysis of 2D spectra of radar returns |
| Saillard, Marc (1); Platzer, Florestan (2); Fabbro, Vincent (2) | |
| (1) University of Toulon, FRANCE; (2) ONERA, FRANCE | |
| F02-5 | Impacts of Radio Frequency Interference in Synthetic Aperture Radar Data |
| Tao, Mingliang; Su, Jia | |
| Northwestern Polytechnical University, CHINA CIE | |
| F02-8 | On the Design of a side-looking Drone-borne GPR and its Physical Basis |
| Chandra, Madhu (1); Tanzi, Tullio (2) | |
| (1) Chemnitz University of Technology, GERMANY; (2) LTCI CNRS, FRANCE | |
| F02-P1 | Comparison of FeO and TiO2 abundance with 6-meter wavelength radar mapping of the Moon |
| Serrano, Alessandra; Vierinen, Juha | |
| University of Tromso, NORWAY | |
| F02-P2 | Atmospheric tidal waves in the troposphere and lower stratosphere observed by Wuhan MST radar |
| Qing, Haiyin | |
| Leshan Normal University, CHINA CIE | |
| F03-1 | Precise localization of multiple non-cooperative objects in a disordered cavity by wavefront shaping |
| del Hougne, Philipp (1); Smith, David R. (2); Fink, Mathias (1); Lerosey, Geoffroy (1); Imani, Mohammadreza F. (2) | |
| (1) Institut Langevin CNRS , FRANCE; (2) Duke University, USA | |
| F03-2 | Investigation of Depolarisation and cross-polarisation over Ku-band Satellite links in a Guinea Savannah Location in Nigeria |
| Durodola, Omotayo May (1); Ibrahim, Aminu (1); Ojo, Joseph S (2); Ajewole, Moses O. (2) | |
| (1) University of Jos, NIGERIA; (2) Federal University of Technology Akure, Nigeria, NIGERIA | |
| F24-1 | BeRTISS PROJECT - BALKAN-MEDITERRANEAN REAL TIME SEVERE WEATHER SERVICE |
| Haralambous, Haris (1); Tymvios, Filippos (2); Kotroni, Vasiliki (3); Dimitrova, Tsvetelina (4); Lagouvardos, Konstantinos (3); Guerova, Guergana (5); Oikonomou, Christina (1); Pikridas, Christos (6) | |
| (1) Frederick Research Center-Frederick University, CYPRUS; (2) Cyprus Department of Meteorology, CYPRUS; (3) National Observatory of Athens, Greece, GREECE; (4) Hail Suppression Agency, Bulgaria, BULGARIA; (3) National Observatory of Athens, GREECE; (5) Sofia University St. Kliment Ohrids, BULGARIA; (1) Frederick Research Center, CYPRUS; (6) Aristotle University of Thessaloniki, GREECE | |
| F24-2 | Weather Radar and raingauge data fusion for rainfall estimation: The Livorno 2017 case (Invited) |
| Cuccoli, Fabrizio (1); Antonini, Andrea (2); Melani, Samantha (3); Facheris, Luca (1) | |
| (1) University of Firenze, ITALY; (2) LAMMA Consortium, Sesto Fiorentino, ITALY; (3) CNR-IBIMET, ITALY | |
| F24-3 | Comaparison of disdrometer performance during GPM-GV IFloodS field campaign |
| Adirosi, Elisa (1); Tokay, Ali (2); Baldini, Luca (1) | |
| (1) CNR-Institute of Atmospheric Sciences and Climate, ITALY; (2) University of Maryland, USA | |
| F24-4 | Mitigating the effects of wind turbine clutter on weather radar observations using an observation-based adaptive filter |
| Ruzanski, Evan (1); Chandrasekar, Chandra V (2) | |
| (1) Vaisala, Inc., USA; (2) Colorado State University, USA | |
| F24-5 | Rain Rate Retrieval from Millimeter-wave Propagation Measurements in China |
| Han, Congzheng; Duan, Shu; Bi, Yongheng | |
| Chinese Academy of Sciences, CHINA CIE | |
| F24-P | Microphysical and Kinematic Characteristics of Precipitation Systems derived from Quasi-Vertical Profiles of Radar Measurables |
| Lee, GyuWon | |
| Kyungpook National University, SOUTH KOREA | |
| G02-1 | A Bottomside Profile Function for the Empirical Canadian High Arctic Ionospheric Model (E-CHAIM) |
| Themens, David; Jayachandran, P.T. | |
| University of New Brunswick, CANADA | |
| G02-2 | Changes in the stratosphere and ionosphere parameters during the 2013 major stratospheric warming |
| Yasyukevich, Anna | |
| ISTP SB RAS, RUSSIAN FEDERATION | |
| G02-3 | Summer noontime hmF2 long-term trends inferred from foF1 and foF2 ionosonde observations in Europe |
| Mikhailov, Andrey (1); Perrone, Loredana (2); Shubin, V. (3) | |
| (1) IZMIRAN, RUSSIAN FEDERATION; (2) INGV, ITALY; (3) Pushkov Institute of Terrestrial Magnetism, RAS, RUSSIAN FEDERATION | |
| G02-4 | The spatial structure of the equatorial anomaly in accordance with results of satellite radio sounding from altitudes below the maximum of the F2 layer |
| Kotonaeva, Nadezhda; Danilkin, Nick | |
| Fedorov Institute of Applied Geophysics, RUSSIAN FEDERATION | |
| G02-5 | Using Lightning as a HF Signal-of-Opportunity to Produce Ionograms |
| Obenberger, Kenneth (1); Malins, Joseph (2) | |
| (1) AFRL, USA; (2) University of New Mexico, USA | |
| G02-6 | Autoscaled MUF assimilation in RATIM |
| Sabbagh, Dario | |
| Istituto Nazionale di Geofisica e Vulcanologia, ITALY | |
| G02-7 | Characterization of Slab-Thickness and Bo Parameter and Comparison with the IRI model Over an equatorial Station in Africa |
| Odeyemi, Olumide | |
| Ekiti State University, NIGERIA | |
| G02-8 | Random Forest, Support Vector Regression and Gradient Boosting Methods for Ionosphere Total Electron Content Nowcasting problem at mid-latitudes |
| Zhukov, Aleksei (1); Yasyukevich, Yury (1); Mylnikova, Anna (1); Sidorov, Denis (2) | |
| (1) ISTP SB RAS, RUSSIAN FEDERATION; (2) ESI SB RAS, RUSSIAN FEDERATION | |
| G02-P1 | Effect of solar activity on night-time F-layer height profile at the magnetic equator West Africa during the solar minimum period 1995-1997 |
| Zaka, Komenan (1); Tanoh, Koua S. (1); Mene, Niangoran M. (2) | |
| (1) Universite de Man, COTE 'D'IVOIRE; (2) Universite Peleforo Gbon Coulibaly, COTE 'D'IVOIRE | |
| G02-P2 | Diagnostics of the ionospheric sub-auroral region on the example of the main ionospheric trough and AKR-like emissions |
| Matyjasiak, Barbara; Przepiorka, Dorota; Rothkaehl, Hanna; Marek, MichaB | |
| Space Research Centre PAS, Poland | |
| G02-P3 | Ionosonde data analysis in relation with the occurrence of the 24 August 2016 M6 Amatrice earthquake |
| Ippolito, Alessandro; De Santis, Angelo; Perrone, Loredana | |
| INGV, Istituto Nazionale di geofisica e Vulcanologia, ITALY | |
| G05-1 | DELAYED RESPONSE OF THE IONOSPHERIC WEATHER TO FIVE THE MOST POWERFUL GEOMAGNETIC SUPERSTORMS |
| Grynyshyna-Poliuga, Oksana | |
| Space Research Centre of Polish Academy of Sciences, POLAND | |
| G05-2 | Space Weather Modelling for the High-latitude Aeronautical HF Radio Prediction Service (HARP) |
| Rogers, Neil (1); Zaalov, Nikolay (2); Thorn, Peter (3); Al-Behadili, Hasanain (4); Gibbs, Mark (3); Warrington, Michael (4); Siddle, David (4); Stocker, Alan (4); Jones, Bryn (5); Honary, Farideh (1) | |
| (1) University of Lancaster, UNITED KINGDOM; (2) St Petersburg University, RUSSIAN FEDERATION; (3) Met Office, UNITED KINGDOM; (4) University of Leicester, UNITED KINGDOM; (5) SolarMetrics ltd, UNITED KINGDOM; (1) Lancaster University, UNITED KINGDOM | |
| G05-3 | Low cost development of HF receiver prototype for HF-START field campaign |
| Hozumi, Kornyanat (1); Kondo, Takumi (1); Maruyama, Takashi (1); Saito, Susumu (1); Tsugawa, Takuya (1); Ishii, Mamoru (1); Nakata, Hiroyuki (2) | |
| (1) NICT, JAPAN; (2) Chiba University, JAPAN | |
| G05-4 | On development of the forecasting model of GNSS positioning performance degradation due to space weather and ionospheric conditions |
| Fili, Mia | |
| University of Rijeka, CROATIA | |
| G05-5 | Ionospheric Irregularities over Norilsk during the 27-28 May 2017 Geomagnetic Storm |
| Ovodenko, Vladimir (1); Kotova, Daria (2); Uspensky, Mikhail (3); Rakhmatulin, Ravil (4); Ratovsky, Konstantin (4); Dmitriev, Alexei (5); Suvorova, Alla (5); Klimenko, Vladimir (2); Zakharenkova, Irina (2); Klimenko, Maxim (2); Chirik, Nickolay (2); Tytin, Ilya (1); Pashinin, Alexander (4) | |
| (1) JSC Scientific Research Institute for Long-Distance Radiocommunication, RUSSIAN FEDERATION; (2) West Department of Pushkov Institute of Terrestrial Magnetism, Ionosphere and Radio Wave Propagation, RUSSIAN FEDERATION; (3) Finnish Meteorological Institute, FINLAND; (4) SB RAS, RUSSIAN FEDERATION; (5) National Central University, TAIWAN | |
| G05-6 | Comparative study of the influence of different ionospheric disturbances on the GPS scintillations at high latitudes |
| Belakhovsky, Vladimir (1); Jin, Yaqi (2); Miloch, Wojciech (2) | |
| (1) Polar Geophysical Institute, RUSSIAN FEDERATION; (2) University of Oslo, NORWAY | |
| G05-7 | International Committee on Global Navigation Satellite Systems: Space Weather |
| Gadimova, Sharafat | |
| United Nations, AUSTRIA | |
| G05-8 | Ionospheric Polar Cap Patches Observed in Antarctic Summer using Swarm |
| Chartier, Alex | |
| Johns Hopkins APL, USA | |
| G05-9 | Equatorial electrodynamics during the Solar Flare |
| SG, Sumod (1); Pant, Tarun (2) | |
| (1) Sacred Heart College, INDIA; (2) Indian Space Research Organization, INDIA | |
| G05-P1 | The research of the universal radar tropopause model |
| Qing, Haiyin | |
| Leshan Normal University, CHINA CIE | |
| G05-P2 | Numerical simulation of European VLF network response to X-class solar flare in September 2017. |
| Ryakhovskiy, Iliya | |
| Yandex, RUSSIAN FEDERATION | |
| G05-P3 | St Patrick's Day storms and GPS-TEC response at some African Low-latitude stations |
| IKUBANNI, Stephen | |
| Landmark University, NIGERIA | |
| G06-1 | EGNOS performance degradation during the passage of travelling ionospheric disturbances |
| Borries, Claudia (1); Pintor, Pedro (2) | |
| (1) German Aerospace Center (DLR), GERMANY; (2) ESSP SAS, FRANCE | |
| G06-2 | An over bounding model of higher order ionospheric residuals for dual-frequency SBAS |
| Hoque, Mohammed Mainul; Schlueter, Stefan | |
| German Aerospace Center, GERMANY | |
| G06-3 | Method of determining a coherence band and plotting coherence band maps for a transionospheric radio channel |
| Ovchinnikov, Vladimir | |
| Volga State University of Technology, RUSSIAN FEDERATION | |
| G06-4 | Features of observing for weak MSTIDs by GNSS satellites |
| Sherstyukov, Ruslan | |
| Kazan Federal University, RUSSIAN | |
| G06-P | Modified MSTIDs by SURA powerful radio wave emitting |
| Sherstyukov, Ruslan | |
| Kazan Federal University, RUSSIAN FEDERATION | |
| H02-1 | Numerical analysis of antenna excitation of quasi-electrostatic waves: application to probing of the near-Earth plasma |
| Shirokov, Evgenii | |
| Russian Academy of Sciences, RUSSIAN FEDERATION | |
| H02-2 | Observations of Whistler Waves in the Magnetic Reconnection Diffusion Region |
| Huang, Shiyong | |
| Wuhan University, USA | |
| H02-3 | Alfvén Wave Energy Flow into the Polar Region |
| Keiling, Andreas | |
| University of California - Berkeley, USA | |
| H02-4 | Dependence of the Effective Length of a Receiving Antenna on the Space Charge Distribution in a Model Source of Quasi-Electrostatic Chorus Emissions |
| Shirokov, Evgenii; Demekhov, Andrei | |
| Russian Academy of Sciences, RUSSIAN FEDERATION | |
| H02-5 | Role of plasma inhomogeneities in the generation of broadband waves in the polar ionosphere |
| CHERNYSHOV, Alexander | |
| Space Research Institute of the Russian Academy of Sciences, RUSSIAN FEDERATION | |
| H03-1 | Numerical Simulation of Spacecraft Charging Processes in Time-varying Plasma Environment |
| Miyake, Yohei (1); Katoh, Yuto (2); Kiriyama, Takeshi (1); Usui, Hideyuki (1) | |
| (1) Kobe University, JAPAN; (2) Tohoku University, JAPAN | |
| H03-2 | Electromagnetic Wave Propagation in Magnetized Plasmas: Numerical Model and Experimental Validation |
| Torrisi, Giuseppe (1); Celona, Luigi (1); Naselli, Eugenia (1); Castro, Giuseppe (1); Mascali, David (1); Gammino, Santo (1); Mazzaglia, Maria (1); Sorbello, Gino (2) | |
| (1) Istituto Nazionale di Fisica Nucleare , ITALY; (2) Universita degli Studi di Catania, ITALY | |
| H03-3 | Pc1 waves spectral characteristics associated with variations of their source location |
| Inoue, Tomohiro (1); Ozaki, Mitsunori (1); Shiokawa, Kazuo (2); Ebihara, Yusuke (3); Miyoshi, Yoshizumi (2); Nomura, Reiko (4); Yagitani, Satoshi (1); Connors, Martin (5); Sakaguchi, Kaori (6); Kataoka, Ryuho (7); Otsuka, Yuichi (2) | |
| (1) Kanazawa University, JAPAN; (2) Nagoya University, JAPAN; (3) Kyoto University, JAPAN; (4) The Japan Aerospace Exploration Agency, JAPAN; (5) Athabasca University, JAPAN; (6) National Institute of Information and Communications Technology, JAPAN; (7) National Institute of Polar Research, JAPAN | |
| H03-4 | Frequency Dependent Source Locations of Whistler Mode Waves in the Plasmasphere: A Raytracing Approach |
| Maxworth, Ashanthi (1); Golkowski, Mark (2); Malaspina, David (3); Jaynes, Allison (4) | |
| (1) University of Saskatchewan, CANADA; (2) University of Colorado Denver, USA; (3) University of Colorado Boulder, USA; (4) University of Iowa, USA | |
| H03-6 | Electromagnetic signatures of winter thunderstorms observed in the West Mediterranean |
| Kolmasova, Ivana (1); Santolik, Ondrej (1); Uhlir, Ludek (1); Pedeboy, Stephane (2); Lan, Radek (1); Kolinska, Andrea (1) | |
| (1) Institute of Atmospheric Physics CAS, CZECH REPUBLIC; (2) METEORAGE, FRANCE | |
| H03-P1 | Birotor dipole for Saturn’s magnetic field model derived from Cassini radio and magnetic observations |
| Galopeau, Patrick | |
| LATMOS-CNRS, FRANCE | |
| J01-01 | WIBAR: a wide band spectrometer for the Nançay Radio Telescope |
| Martin, Jean-Michel; Colom, Pierre; Gérard, Eric; Kenfack, Guy; Lecacheux, Alain; Roig, Jean-Francois; Belleval, Christophe; Borsenberger, Jean | |
| Observatoire de Paris, PSL, FRANCE | |
| J01-02 | Beamforming in Radio Astronomy: State of the Art and Future Challenges (Invited) |
| Chippendale, Aaron | |
| CSIRO, AUSTRALIA | |
| J01-03 | AN OVERVIEW OF RFI MITIGATION FOR RADIO ASTRONOMY (Invited) |
| Hellbourg, Gregory | |
| University of California, USA | |
| J01-04 | Narrow-band signal classification using Deep Convolutional Neural Networks |
| Rankawat, Mansi (1); Harp, G. R. (2) | |
| (1) NVIDIA Corporation, USA; (2) SETI Institute, USA | |
| J01-05 | Comparison of signal detectors for time domain radio SETI |
| Hellbourg, Gregory; Xu, Andrew | |
| University of California, USA | |
| J01-06 | High-performance pipeline processing for ASKAP |
| Ord, Stephen; Mitchell, Daniel; Voronkov, Maxim; Whiting, Matthew; Guzman, Juan Carlos | |
| CSIRO, AUSTRALIA | |
| J01-07 | Software Enabled Wideband Spectroscopy for Breakthrough Listen (Invited) |
| MacMahon, Dave | |
| University of California at Berkeley, USA | |
| J01-08 | The low-frequency beamformer and imager NenuFAR |
| Zarka, Philippe (1); consortium, NenuFAR-France (2) | |
| (1) LESIA, CNRS, PSL, FRANCE; (2) Université d'Orléans, FRANCE | |
| J01-09 | Development of a new digital signal processing platform for the Square Kilometre Array (Invited) |
| Naldi, Giovanni (1); De Marco, Andrea (1); Perini, Federico (1); D'Angelo, Sergio (12); Pastore, Sandro (3); Schilliro, Francesco (1); Alderighi, Monica (2); Mattana, Andrea (1); Monari, Jader (1); Roberts, Matt (3); Magro, Alessio (4); Navarrini, Alessandro (1); Concu, Raimondo (1); Pupillo, Giuseppe (1); Poloni, Marco (1); Chiarucci, Simone (5); Aminaei, Amin (6); Halsall, Rob (3); Baker, Jeremy (3); Schiaffino, Marco (1); Rusticelli, Simone (1); Dalle Mura, Gabriele (7); Melis, Andrea (1); Zaccaro, Emanuele (7); Belli, Carolina (5); Zarb Adami, Kris (4); Comoretto, Gianni (1); Chiello, Riccardo (6) | |
| (1) INAF, ITALY; (12) IASF, ITALY; (3) Sanitas EG, ITALY; (2) IASF, ITALY; (3) STFC, UNITED KINGDOM; (4) University of Malta, MALTA; (1) INAF , ITALY; (5) ARCETRI, ITALY; (6) Univesity of Oxford, UNITED KINGDOM; (1) INAF, ITALY; (7) CAMPERA, SPAIN; (6) University of Oxford, UNITED KINGDOM | |
| J01-10 | Real-time RFI mitigation for LOFAR, Apertif and SKA (Invited) |
| van Nieuwpoort, Rob (1); Spreeuw, Hanno (1); Sclocco, Alessio (1); van Leeuwen, Joeri (2); Williams, Chris (3) | |
| (1) Netherlands eScience center, NETHERLANDS; (2) ASTRON, NETHERLANDS; (3) University of Oxford, UNITED KINGDOM | |
| J01-11 | Wideband Digital Technology for Radio Astronomy (Invited) |
| Weintroub, Jonathan (1); MacMahon, David (2) | |
| "(1) Harvard-Smithsonian Center for Astrophysics, USA; (2) Radio Astronomy Lab, University of California Berkeley, USA " | |
| J01-12 | A Software-Defined Spectral Line Observing System for the DVA1 Telescope |
| Harrison, Stephen (1); Hovey, Gary (2); Robishaw, Timothy (2) | |
| (1) National Research Council of Canada, CANADA; (2) Dominion Radio Astrophysical Observatory, CANADA | |
| J01-13 | SKA1 Central Signal Processor Software: An Overview (Invited) |
| Vrcic, Sonja | |
| National Research Council - HAA, CANADA | |
| J02-01 | SKA1-Low Science |
| Braun, Robert | |
| SKA Organisation, UNITED KINGDOM | |
| J02-02 | SKA1-Low Engineering |
| Braun, Robert | |
| SKA Organisation, UNITED KINGDOM | |
| J02-03 | Optimizing Aperture Arrays for Bright Foreground Removal: HERA and Beyond |
| Parsons, Aaron; Dillon, Joshua | |
| University of California, Berkeley, USA | |
| J02-04 | The low-frequency radiotelescope NenuFAR |
| Zarka, Philippe (1); Loh, Alan (1); Girard, Julien (2); Coffre, Andree (3); Dumez-Viou, Cédric (3); consortium, NenuFAR-France (3); Griessmeier, Jean-Mathias (3); Tagger, Michel (3) | |
| (1) LESIA, CNRS, PSL, FRANCE; (2) Université Paris Diderot, FRANCE; (3) Université d'Orléans, FRANCE | |
| J02-05 | The SKA1_Low Telescope: the Station Design and Prototyping |
| Bij de Vaate, Jan Geralt | |
| ASTRON, NETHERLANDS | |
| J02-06 | Designing antennas for large N Aperture Arrays: the SKA and HERA cases |
| de Lera Acedo, Eloy; Pienaar, Hardie; Fagnoni, Nicolas | |
| University of Cambridge, UNITED KINGDOM | |
| J02-07 | Receiver system design for low frequency radio astronomy applications (Invited) |
| Razavi-Ghods, Nima | |
| University of Cambridge, UNITED KINGDOM | |
| J02-08 | The Hydrogen Epoch of Reionization Array (HERA): simulations of the chromatic effects in HERA 19 and impact on the EoR delay power spectrum detection |
| Fagnoni, Nicolas; de Lera Acedo, Eloy | |
| University of Cambridge, UNITED KINGDOM | |
| J02-09 | Electromagnetic characterization and modeling of SKA1-LOW stations for design and calibration |
| de Lera Acedo, Eloy (1); Craeye, Christophe (2); Pienaar, Hardie (1); van Ha, Bui (2) | |
| (1) University of Cambridge, UNITED KINGDOM; (2) Universite Catholique de Louvain, UNITED KINGDOM | |
| J02-10 | Initial MFAA Nearfield measurements using a UAV platform |
| Pienaar, Hardie; de Lera Acedo, Eloy | |
| Cambridge University, UNITED KINGDOM | |
| J02-11 | SKA Aperture Array Digital Beamforming Technique |
| Faulkner, Andrew (1); Zarb Adami, Kris (2) | |
| (1) University of Cambridge, UNITED KINGDOM; (2) University of Malta, UNITED KINGDOM | |
| J02-12 | Network defined Radio apertures |
| Zarb Adami, Kris | |
| University of Oxford, UNITED KINGDOM | |
| J02-13 | Regular Sparse Arrays: the Impact of Grating Lobes on Radio Astronomical Observations |
| Bij de Vaate, Jan Geralt (1); Davidson, David (2); Wijnholds, Stefan (1) | |
| (1) ASTRON, NETHERLANDS; (2) CIRA, AUSTRALIA | |
| J02-14 | Optical Configuration of the ngVLA Double-Offset Reflector Antenna |
| Srikanth, Sivasankaran | |
| National Radio Astronomy Observatory/AUI, USA | |
| J02-P1 | New low-frequency radio array for solar, planetary, galactic and extragalactic radio observations at Lustbuehel Observatory. |
| Panchenko, Mykhaylo (1); Konovalenko, Alexandr (2); Rucker, Helmut O. (1) | |
| (1) Austrian Academy of Sciences, AUSTRIA; (2) Institute of Radio Astronomy, UKRAINE | |
| J02-P2 | The Polarization Performance of MingantU SpEctral Radioheliograph |
| Su, Cang; Yan, Yihua; Wang, Wei | |
| CAS, CHINA CIE | |
| J03-1 | Detecting Fast Radio Bursts(FRBs) using Convolutional Neural Networks |
| Rankawat, Anushree (1); Harp, G. R. (1); Rankawat, Mansi (2) | |
| (1) SETI Institute, INDIA; (2) NVIDIA Corporation, INDIA | |
| J03-2 | Deep Convolutional Neural Networks for the Generation of High Fidelity Images from Radio Interferometer Visibility Data |
| Harp, G. R. (1); Rankawat, Mansi (2) | |
| (1) SETI Institute, USA; (2) NVIDIA Corporation, USA | |
| J03-3 | SVD/MCMC pipeline for separating the global 21-cm signal from foregrounds/systematics |
| Rapetti, David | |
| University of Colorado Boulder, USA | |
| J03-4 | Extracting the Global Cosmological 21-cm Signal from EDGES Data Using MCMC |
| Monsalve, Raul (1); Mahesh, Nivedita (2); Bowman, Judd (2); Rogers, Alan (3); Mozdzen, Thomas (2) | |
| (1) University of Colorado Boulder, USA; (2) Arizona State University, USA; (3) MIT Haystack Observatory, USA | |
| J03-6 | Artificial Neural Networks in Foreground Removal from Low Frequency Cosmological Observations |
| Datta, Abhirup; Choudhury, Madhurima | |
| IIT Indore, INDIA | |
| J04-1 | PHased Arrays for Reflector Observing Systems and its upgrade |
| Liu, Lei (1); Navarrini, Alessandro (2); Grainge, Keith (1) | |
| (1) University of Manchester, Jodrell Bank Observatory, UNITED KINGDOM; (2) INAF - Osservatorio Astronomico di Cagliari, ITALY | |
| J04-3 | Design of PHAROS2 Phased Array Feed |
| Navarrini, Alessandro (1); Roda, Juri (1); Chiello, Riccardo (2); Comoretto, Gianni (1); Liu, Lei (3); Pupillo, Giuseppe (1); Rusticelli, Simone (1); Nesti, Renzo (1); Pisanu, Tonino (1); Morsiani, Marco (1); Perini, Federico (1); Urru, Enrico (1); Ortu, Pierluigi (1); Naldi, Giovanni (1); Maccaferri, Andrea (1); Grainge, Keith (3); van Cappellen, Wim (4); Keith, Michael (3); Pantaleev, Miroslav (5); Poloni, Marco (1); Scalambra, Alessandro (1); Schiaffino, Marco (1); Monari, Jader (1); Ladu, Adelaide (1); Mattana, Andrea (1); Magro, Alessio (6); Saba, Andrea (1); Carretti, Ettore (1); Marongiu, Pasqualino (1); Zarb Adami, Kris (6); Schilliro, Francesco (1); Melis, Andrea (1); Muntoni, Giacomo (1); Concu, Raimondo (1); Cattani, Alessandro (1) | |
| (1) INAF, ITALY; (2) University of Oxford, UNITED KINGDOM; (3) University of Manchester, UNITED KINGDOM; (4) ASTRON, NETHERLANDS; (5) Onsala Space Observatory, SWEDEN; (6) University of Malta, MALTA | |
| J04-4 | Search for narrow and wideband radio emissions from the interstellar asteroid Oumuamua |
| Harp, G. R.; Shostak, Seth; Tarter, Jill; Richards, Jon | |
| SETI Institute, USA; () SETI Institite, USA; () SETI Institute, USA | |
| J04-5 | Design and Test of a Toraldo Pupil Optical Module for the Medicina Radio Telescope |
| olmi, luca (1); Panella, Dario (2); Natale, Enzo (2); Roda, Juri (1); Cresci, Luca (2); Marongiu, Pasqualino (1); Nesti, Renzo (2); Mugnai, Daniela (3); Zacchiroli, Giampaolo (1); Carbonaro, Luca (2); Bolli, Pietro (2) | |
| (1) INAF, ITALY; (2) Osservatorio di Arcetri, ITALY; (3) CNR, ITALY | |
| J04-6 | A Westerbork Radio Telescope for GNSS Signal In Space Monitoring |
| van Ardenne, Arnold (1); van der Marel, Hans (1); Bos, André (2); Kegel, Koos (1) | |
| (1) ASTRON, NETHERLANDS; (2) Science and Technology b.v., NETHERLANDS | |
| J04-P | The simulated results of folded log-periodic antenna used for observing the Sun |
| Li, Sha; Chen, Zhijun | |
| National Astronomical Observatories of China, CHINA CIE | |
| J05-01 | The Latest Results from the Focal L-Band Array for the Green Bank Telescope (FLAG), the World's Most Senstive Phased Array Feed |
| Pingel, Nickolas; Pisano, D.J. | |
| West Virginia University, USA | |
| J05-02 | The HI4PI Survey |
| Winkel, Benjamin | |
| Max--Planck-Institut fur Radioastronomie, GERMANY | |
| J05-03 | The Hydrogen Intensity and Real-time Analysis eXperiment |
| Crichton, Devin | |
| University of KwaZulu-Natal, SOUTH AFRICA | |
| J05-04 | Spaced-based Extraction of the Global 21-cm Spectrum |
| Rapetti, David | |
| University of Colorado Boulder/NASA Ames Research Center, USA | |
| J05-05 | The Dawn of 21cm Cosmology with EDGES |
| Bowman, Judd | |
| Arizona State University, USA | |
| J05-06 | SARAS: Radiometers with Shaped Antennas for the detection of redshifted 21-cm from Cosmic Dawn and Reionization |
| Subrahmanyan, Ravi; Bargur, Girish; Kamasamudram, Srivani; Narayanarao, Udayashankar; Singh, Saurabh; Ramaiah, Somashekar; Sathyanarayana Rao, Mayuri; Agaram, Raghunathan | |
| Raman Research Institute, INDIA | |
| J05-07 | Precision measurement challenges of 21 cm Cosmology |
| Patra, Nipanjana | |
| University of California at Berkeley, USA | |
| J05-08 | Cosmological HI signal extraction for HERA and SKA experiments |
| Stolyarov, Vladislav; Nikolic, Bojan | |
| University of Cambridge, UNITED KINGDOM | |
| J05-09 | Foreground Mitigation and Calibration with HERA |
| Parsons, Aaron; Dillon, Joshua; Kern, Nicholas | |
| University of California, Berkeley, USA | |
| J05-10 | LOFAR search for the Epoch of Reionization |
| Brentjens, Michiel | |
| Astron, NETHERLANDS | |
| J06-1 | Open Source Radio Telescopes: Astronomy Projects for Students, Teachers, and Amateurs |
| Smith, Evan (1); Prestage, Richard (2); White, Ellie (3); Langston, Glen (4) | |
| (1) West Virginia University, USA; (2) West Virginia University, Green Bank Observatory, USA; (3) , USA; (4) National Science Foundation, USA | |
| J06-2 | LOFAR Single Station as a Training Tool for Students |
| Blaszkiewicz, Leszek; Krankowski, Andrzej; Hajduk, Marcin; Dabrowski, Bartosz | |
| University of Warmia and Mazury, POLAND | |
| J06-3 | Experience with Student-Constructed Telescopes for Radio Astronomy |
| Langston, Glen (1); Knudson, Sophie (2); Klopf, Eve (3); Heatherly, Sue Ann (2); Prestage, Richard (4); Smith, Evan (4) | |
| (1) National Science Foundation, USA; (2) Green Bank Observatory, USA; (3) Oregon Institute of Technology, USA; (4) West Virginia University, USA | |
| J06-4 | The Digital Signal Processing in Radio Astronomy (DSPIRA) |
| Bandura, Kevin; Sanghavi, Pranav; Prestage, Richard | |
| West Virginia University, USA | |
| J08-01 | Design of Radio Astronomical Receivers for Laboratory Molecular Spectroscopic Measurements |
| Tercero-Martinez, Felix | |
| Observatorio de Yebes, SPAIN | |
| J08-02 | Wideband Corrugated Horns and Orthomode Transducers for 67-116 GHz (ALMA band 2+3) and 275-500 GHz (band 7+8) Heterodyne Receivers for Radio Astronomy |
| Gonzalez, Alvaro | |
| National Astronomical Observatory of Japan, JAPAN | |
| J08-03 | A Real-Time Antenna Verification System |
| Cutajar, Denis; Zarb Adami, Kristian; Magro, Alessio; Farhat, Iman; Borg, Josef; Sammut, Charles | |
| University of Malta, MALTA | |
| J08-04 | DARTS - Distributed Aperture Radio Telescope in Space – First Starlight Explorer |
| Bergman, Jan | |
| IRFU, SWEDEN | |
| J08-05 | A Review of Front-End Receivers for the INAF Radio Telescopes |
| Bolli, Pietro (1); Zanichelli, Alessandra (2); Stanghellini, Carlo (2); Burgay, Marta (3); Beltran, Maite (1); Zacchiroli, Giampaolo (2); Contavalle, Corrado (2); Tingay, Steven (4); Pisanu, Tonino (3); Marongiu, Pasqualino (3); Orfei, Alessandro (2) | |
| (1) INAF, Astrophysical Observatory of Arcetri, ITALY; (2) INAF - Istituto di Radioastronomia, ITALY; (3) INAF - Osservatorio Astronomico di Cagliari, ITALY; (1) INAF - Osservatorio Astrofisico di Arcetri, ITALY; (4) Curtin University, AUSTRALIA | |
| J08-06 | Radio Frequency Interference Monitoring at Sardinia Radio Telescope |
| Serra, Giampaolo; Bolli, Pietro; Gaudiomonte, Francesco | |
| INAF, ITALY | |
| J08-07 | Quantization and Mutual Coupling Effects on Beamforming in Dense Phased Arrays |
| Wilke, Cornelis | |
| Stellenbosch University, SOUTH AFRICA | |
| J08-P | Architecture of Highly Integrated Cryogenic Active Planar OrthoMode Transducer for the 3-mm Band |
| Valente, Giuseppe (1); Thome, Fabian (2); Serres, Patrice (3); Schaefer, Frank (4); Navarrini, Alessandro (5) | |
| (1) Italian Space Agency, ITALY; (2) Fraunhofer Institute for Applied Solid State Physics IAF, GERMANY; (3) IRAM , FRANCE; (4) Max-Planck-Institut f. Radioastronomie, GERMANY; (5) INAF , ITALY | |
| J09-01 | The First Observations of Type I and III Radio Bursts with LOFAR Station in Baldy |
| Dabrowski, Bartosz (1); Morosan, Diana (2); Zucca, Pietro (3); FroD, Adam (1); Blaszkiewicz, Leszek (1); Krankowski, Andrzej (1); Magdalenic, Jasmina (4); Mann, Gottfried (5); Sniadkowska, Karolina (1); Sidorowicz, Tomasz (1); Kotulak, Kacper (1); Fallows, Richard (3); Hajduk, Marcin (1); Vocks, Christian (5) | |
| (1) University of Warmia and Mazury in Olsztyn, POLAND; (2) TCD, IRELAND; (3) ASTRON , NETHERLANDS; (4) OMA, BELGIUM; (5) AIP, GERMANY; (3) ASTRON, NETHERLANDS | |
| J09-02 | Radio Continuum Spectra of Planetary Nebulae |
| Hajduk, Marcin; Dabrowski, Bartosz; Sniadkowska, Karolina; Kotulak, Kacper; Frod, Adam; Blaszkiewicz, Leszek; Krankowski, Andrzej | |
| University of Warmia and Mazury, POLAND | |
| J09-03 | Mitigation of Non-Narrowband Radio Frequency Interference |
| Steeb, Jan-Willem (1); Wijnholds, Stefan (2); Davidson, David (3) | |
| (1) Stellenbosch University, SOUTH AFRICA; (2) ASTRON, NETHERLANDS; (3) Curtin Institute of Radio Astronomy (CIRA), AUSTRALIA | |
| J09-04 | A prototype of MUSER-I Correlator upgrade |
| Liu, Fei; Wang, Wei; Yan, Yihua | |
| Chinese Academy of Sciences, CHINA CIE | |
| J09-05 | cm-wave observations of cluster mergers: hints of SZ effect structures |
| Malu, Siddharth; Sandhu, Pritpal; Datta, Abhirup | |
| IIT Indore, INDIA | |
| J09-P | On the observational properties of the decameter striae |
| Shevchuk, Mykola (1); Melnik, Valentin (1); Magdalenic, Jasmina (2); Poedts, Stefaan (3); Dorovskyy, Vladimir (1); Konovalenko, Alexandr (1) | |
| (1) Institute of Radio Astronomy, UKRAINE; (2) ROB, BELGIUM; (3) KU Leuven, BELGIUM | |
| K02-01 | Power density estimation using back-projection technique for compliance assessment of wireless communication technologies operating above 6 GHz |
| Sasaki, Kensuke (1); Li, Kun (1); Iyama, Takahiro (2); Chakarothai, Jerdvisanop (1); Watanabe, Soichi (1); Onishi, Teruo (2) | |
| (1) NICT, JAPAN; (2) NTT Docomo, JAPAN | |
| K02-02 | Surrogate global EMF exposure model induced by 4G cellular networks |
| Huang, Yuanyuan (1); Gloaguen, Catherine (2); wiart, joe (1); Martins, Philippe (1) | |
| (1) Télécom ParisTech, FRANCE; (2) Orange Labs, FRANCE | |
| K02-03 | Stochastic Exposure assessment to 4G LTE femtocell in indoor environments |
| Chiaramello, Emma (1); Bonato, Marta (1); Parazzini, Marta (1); Fiocchi, Serena (1); Ravazzani, Paolo (1); wiart, joe (2) | |
| (1) CNR, ITALY; (2) University Paris Saclay, FRANCE | |
| K02-04 | Random processes metamodeling applied to dosimetry |
| AZZI, Soumaya | |
| Télécom ParisTech , FRANCE | |
| K02-05 | A Dual-Band Wearable Exposure Meter for Personal RF Exposure Assessment in Indoor Environments: On-body Calibration in a Reverberation Chamber |
| Aminzadeh, Reza (1); Joseph, Wout (1); Rogier, Hendrik (1); Van Torre, Patrick (1); Thielens, Arno (1); Van den Bossche, Matthias (1); Agneessens, Sam (1); Gaillot, Davy Paul (2); Roosli, Martin (3); Martens, Luc (1); Lienard, Martine (2) | |
| (1) Ghent University, BELGIUM; (2) University of Lille, FRANCE; (3) University of Basel, SWITZERLAND | |
| K02-06 | Design of Safe Wireless Power Transfer System for Electric Vehicles |
| Hamnerius, Yngve (1); Winges, Johan (1); Rylander, Thomas (1); Ekman, Christian (2); Nilsson, Tomas (3); Petersson, Carl (2) | |
| (1) Chalmers University of Technology, SWEDEN; (2) QRTECH, SWEDEN; (3) Torptronics Engineering AB, SWEDEN | |
| K02-07 | Measurement of the SAR Value Distribution in an Electromagnetic Reverberation Chamber |
| Fichte, Lars Ole (1); Hollan, Robert (1); KASMI, Chaouki (2); Stiemer, Marcus (1) | |
| (1) Helmut Schmidt University, GERMANY; (2) Dark Matter, UNITED ARAB EMIRATES | |
| K02-P1 | Electromagnetic Field Exposure Assessment for X-band High Radiated Radar |
| Kwon, DukSoo; Jeon, Sangbong; Choi, Hyung-Do | |
| Electronics and Telecommunications Research Institute, SOUTH KOREA | |
| K02-P2 | SAR Calculation in Human Fetuses in the Second and Third Trimester of Pregnancy during MRI |
| Nagaoka, Tomoaki | |
| NICT, JAPAN | |
| K03-1 | Radiophysical Methods for Biomedical Applications: Challenges and Problems |
| Gulyaev, Yury | |
| RAS, RUSSIAN FEDERATION | |
| K03-2 | Investigation of Activation Mechanism for Nanostructured Liposomal Capsules by Ultrashort Electric Pulses for Targeted Drug Delivery Problems |
| Pavlyukova, Elena | |
| Kotelnikov Institute of Radio-engineering and Electronics RAS, RUSSIAN FEDERATION | |
| K03-3 | From Doppler to FMCW Radars for Non-Contact Vital-Sign Monitoring |
| Munoz-Ferreras, Jose-Maria (1); Li, Changzhi (2); Wang, Jing (2); Peng, Zhengyu (2); Gomez-Garcia, Roberto (1) | |
| (1) Univ. of Alcala, SPAIN; (2) Texas Tech University, USA | |
| K03-4 | USE OF A STATISTICAL MEASUREMENT BASED PROPAGATION MODEL FOR SMALL CELLS TO EVALUATE GLOBAL EXPOSURE |
| Chobineh, Amirreza | |
| Chair C2M, Telecom Paristech, FRANCE | |
| K03-5 | Textile-Based Flexible Electronics for Wearable Applications: from Antennas and Batteries |
| Kiourti, Asimina | |
| The Ohio State University, USA | |
| K03-6 | Evaluation of Doppler Signal Analysis Algorithms for Heart Rate Estimation |
| Russo, Paola | |
| UNIVPM, ITALY | |
| K03-6 | Molecular dynamics simulation study of intense electric field effect on tubulin |
| Cifra, Michal (1); Liberti, Micaela (2); Tuszynski, Jack (3); Grosso, Agnese (4); Ayoub, Ahmed T. (5); Marracino, Paolo (2); Havelka, Daniel (6); Prusa, Jiri (6); Apollonio, Francesca (4) | |
| (1) Czech Academy of Sciences, CZECH REPUBLIC; (2) University Sapienza of Rome, ITALY; (3) University of Alberta, CANADA; (4) DIET, Sapienza University of Rome, ITALY; (5) Heliopolis University, EGYPT; (6) Czech Academy of Sciences, CZECH REPUBLIC | |
| K03-7 | Pyroelectricity as a possible mechanism for cell membrane permeabilization |
| Mir, Lluis; Muscat, Adeline; Leray, Isabelle; Garcia Sanchez, Tomas | |
| CNRS, FRANCE | |
| K03-8 | Bluetooth Enabled Fall Monitoring and Activity Detection with Ultrasound |
| Frey, Kim | |
| University of Colorado Boulder, USA | |
| S-A01-1 | Costs and Time Constants Determined by Clock Steering Strategies |
| Matsakis, Demetrios | |
| US Naval Observatory, USA | |
| S-A01-2 | Is frequency transfer uncertainty limiting the comparison of atomic fountains? |
| Petit, Gérard; Leute, Julia | |
| BIPM, FRANCE | |
| S-A01-3 | Waveguide Microcalorimetry Status at NMIs |
| Shoaib, Nosherwan; Akhtar, M. Hammad | |
| NUST, PAKISTAN | |
| S-A01-P | Pulse generator calibration for the dissemination of pulse standards |
| Lee, Joo-Gwang; Cho, Chihyun | |
| KRISS, SOUTH KOREA | |
| S-A03-1 | Analytical Discernment of Electromagnetically Induced Transparency from Autler-Townes Splitting for Atom Based E-field Sensing |
| Dubey, Satyakesh | |
| CSIR-National Physical Laboratory, INDIA | |
| S-A03-2 | Linking the International System of Units to Fundamental Constants (Invited) |
| Ullrich, Joachim | |
| Physikalisch-Technische Bundesanstalt (PTB), GERMANY | |
| S-A03-3 | The SI second: present realization and path to a redefinition (Invited) |
| Petit, Gérard | |
| BIPM, FRANCE | |
| S-A04-1 | Relevance of GNSS Simulation Performance for Emergency Call Testing Applications |
| Cruz, Pedro; Correia, André; Leite, Fernando; Torres, Pedro | |
| CONTROLAR Lda, PORTUGAL | |
| S-A04-2 | Design Considerations for a Wearable Anti-Jam GPS Antenna |
| Keller, Steven (1); Morley, John (1); Maloney, Jeffrey (2); Janaswamy, Ramakrishna (2); Weiss, Steven J. (3); Kwon, Do-Hoon (2) | |
| (1) US Army Research Laboratory, USA; (2) University of Massachusetts, USA; (3) Johns Hopkins Whiting School of Engineering, USA | |
| S-A05-1 | Measurement of time-based arrays for massive tags localization |
| Masotti, Diego; Costanzo, A. | |
| University of Bologna, ITALY | |
| S-A05-2 | An Evaluation of Distortion and Interference Sources originating Within a Millimeter-wave MIMO Testbed for 5G Communications |
| Loh, Tian (1); Cheadle, David (1); Humphreys, David (1); Buisman, Koen (2) | |
| (1) NPL, UNITED KINGDOM; (2) Chalmers University of Technology, SWEDEN | |
| S-A05-3 | Millimeter-Wave Over-the-Air Signal-to-Interference-plus-Noise-Ratio Measurements Using a MIMO Testbed |
| Buisman, Koen (1); Eriksson, Thomas (1); Cheadle, David (2); Loh, Tian (2); Humphreys, David (2) | |
| (1) Chalmers University of Technology, SWEDEN; (2) NPL, UNITED KINGDOM | |
| S-A05-4 | MIMO System Characterization for 5G Applications |
| Jordao, Marina; Carvalho, Nuno | |
| IT-Universidade de Aveiro, PORTUGAL | |
| S-A05-5 | Diode-based Rectenna for Microwave Ovens |
| Duarte Rosa, Goncalo; Carvalho, Nuno | |
| IT-Universidade de Aveiro, PORTUGAL | |
| S-A07-2 | Overview of Protocol Processing and Radio Signals Transport Challenges in a Cloud Based Testing System for Automotive Infotainment Applications |
| Jordao, Marina (1); Leite, Fernando (2); Oliveira, Arnaldo (1); Amaral, Joao (1); Pereira, Carla (2) | |
| (1) Instituto de Telecomunicacaoes, PORTUGAL; (2) CONTROLAR Lda, PORTUGAL | |
| S-A07-3 | Negative Refraction from Metamaterial Unit Cells Predicted from the Standpoint of Array Theory |
| Weiss, Steven J. (1); Talalai, Gregory (2); Garner, Timothy (2) | |
| (1) Johns Hopkins Whiting School of Engineering, USA; (2) The Pennsylvania State University, USA | |
| S-A07-P1 | Fast Reconstruction Method of Reflector Antenna Panel Temperature Field Based on Structural Thermal Analogy |
| Li, Haihua (1); Wang, Hao (1); Jiang, Chao (2); Wang, Congsi (1); Wang, Meng (3); Xu, Qian (4); Gao, Wei (5); Ying, Kang (1); Xiang, Binbin (4); Wang, Zhihai (6) | |
| (1) Xidian University, CHINA CIE; (2) Hunan University, CHINA CIE; (3) Research Institute of Shaanxi Huanghe Group Co., CHINA CIE; (4) Chinese Academy of Sciences, CHINA CIE; (5) University of New South Wales, AUSTRALIA; (6) CETC , CHINA CIE | |
| S-A07-P2 | A Reconstruction Method of Large Shaped Reflective Surface Antenna Based on Zernike Polynomials and Least Squares Method |
| Wang, Hao; Wang, Congsi | |
| Xidian University, CHINA CIE | |
| S-A07-P3 | Log-periodic Circular Tooth Antenna Enhancing Terahertz Absorption for Graphene Detector |
| Han, Qi | |
| University of Electronic Science and Technology of China, CHINA CIE | |
| S-A07-P5 | Beam Pointing Deviation Calculation Method for Large Antennas at Any Position Based on Track Roughness |
| Li, Haihua (1); Jiang, Chao (1); Wang, Hao (1); Wang, Meng (2); Gao, Wei (3); Xiang, Binbin (4); Wang, Zhihai (5); Wang, Congsi (1); Ying, Kang (1); Xu, Qian (4) | |
| (1) Xidian University, CHINA CIE; (1) Xidian University, , CHINA CIE; (2) Research Institute of Shaanxi Huanghe Group Co, CHINA CIE; (3) University of New South Wales, AUSTRALIA; (4) Chinese Academy of Sciences, CHINA CIE; (5) CETC , CHINA CIE; (1) Xidian University, CHINA CIE | |
| S-A07-P6 | Towards Experimental Verification of Permeability Upgrading Using Metamaterial Inserts |
| Zaghloul, Amir I. (1), Nguyen, Quang (1); Anthony, Theodore K. (1); Weiss, Steven J. (2); Adler, Eric D. (1) | |
| (1) United States Army Research Laboratory, USA; (2) Johns Hopkins Whiting School of Engineering, USA | |
| S-A11-1 | An Improved Web Page for Electromagnetic Metrology Training Resources |
| Matsakis, Demetrios | |
| US Naval Observatory, USA | |
| S-A11-2 | Capacity Building and Knowledge Transfer Programme at the BIPM |
| Arias, Felicitas (1); Kuanbayev, Chingis (2); Petit, Gérard (2) | |
| (1) PSL research university, CNRS, FRANCE; (2) BIPM, FRANCE | |
| S-AC-P1 | Channel Estimation Algorithms and Their Impact on Wideband Millimeter Wave Channel Characteristics |
| Fan, Wei; Ji, Yilin; Pedersen, Gert; Zhang, Fengchun | |
| Aalborg University, DENMARK | |
| S-AC-P2 | The reliability of Phase Locked Loops during superior solar conjunctions |
| Siddle, David (1); Mercolino, Mattia (2); Warrington, Michael (1); Paolini, Enrico (3); Zeqaj, Aurel (3); Abello, Ricard (2); Giorgetti, Andrea (4); Stocker, Alan (1); De Vicente, Javier (2); Tortora, Paolo (4); Argyriou, Antonios (5) | |
| (1) University of Leicester, UNITED KINGDOM; (2) European Space Agency, FRANCE; (3) University of Bologna, ITALY; (5) University of Thessaly, GREECE | |
| S-AC-P3 | Ray-tracing Assisted 3GPP Stochastic Channel Modeling for High-speed Railway Rural Scenario |
| He, Danping (1); Zhong, Zhangdui (1); Tian, Li (2); Guan, Ke (1); Dou, Jianwu (2); Ai, Bo (1) | |
| (1) Beijing Jiaotong University, CHINA CIE; (2) ZTE Corporation, CHINA CIE | |
| S-AE-1 | Approximate Close-form Solution of Root-mean-square Delay Spread in Reverberation Chamber |
| Guo, Xiaotao; Wang, Lifeng; Zhang, Zilong; He, Zhao; Zhang, Yichi; Nie, Meining | |
| National Institute of Metrology, CHINA CIE | |
| S-AE-2 | Evaluation of the Electric Field Amplitude in a MSRC From Power Measurement with a monopole |
| Baranowski, Sylvie (1); Ibrahim, Abdourachid (2); kone, lamine (1) | |
| (1) University Of Lille , FRANCE; (2) University Of Djibouti, REPUBLIC OF DJIBOUTI; (1) University of Lille, FRANCE | |
| S-B01-01 | Evaluation of Time Domain Physical Optics Integral on Curved Surfaces (Invited) |
| Ulku, Huseyin Arda (1); Serim, Huseyin Avni (2); Aktepe, Aslihan (1) | |
| (1) Gebze Technical University, TURKEY; (2) TUBITAK, TURKEY | |
| S-B01-02 | Fast Direct Method of Moments Solution of Surface-Volume-Surface Integral Equation with H-Matrices (Invited) |
| Okhmatovski, Vladimir (1); Sheikh Hosseini Lori, Farhad (1); Gholami, Reza (1); Menshov, Anton (2); Mojolagbe, Jamiu (1) | |
| (1) University of Manitoba, CANADA; (2) University of Texas at Austin, CANADA | |
| S-B01-03 | Development of Numerical Techniques for Forward and Inverse Waveguide Scattering Problems (Invited) |
| Shestopalov, Yury | |
| University of Gavle, Sweden, 46706382801 | |
| S-B01-04 | Surface Integral Equation Formulation for Characteristic Modes of Lossy Dielectric Objects (Invited) |
| Wallen, Henrik; Tzarouchis, Dimitrios; Yla-Oijala, Pasi; Sihvola, Ari | |
| Aalto University, FINLAND | |
| S-B01-05 | An Investigation on the High-portability Software Framework for Implementing Large-scale FDTD Simulation with Many-core Processor Systems (Invited) |
| Suzuki, Yukihisa; Imai, Ryo; Okubo, Kan | |
| Tokyo Metropolitan University, JAPAN | |
| S-B01-06 | Study on a Fast Solver for Poisson's Equation Based On Deep Learning Technique (Invited) |
| shan, tao; Yang, Fan; Dang, Xunwang; Li, Maokun; Xu, Shenheng; Wu, Ji | |
| Tsinghua University, CHINA CIE | |
| S-B01-07 | Proposal of Novel Reflection/transmission Coefficient for Efficient Propagation Analysis at Outdoor-indoor Interface Environment (Invited) |
| Sato, Ryoichi (1); Takatori, Aki (1); Shirai, Hiroshi (2) | |
| (1) Niigata University, JAPAN; (2) Chuo University, JAPAN | |
| S-B01-08 | Asymptotic Analysis for Transient Scattered Electric Field from a Conducting Cylinder Coated with a Thin Dielectric Layer (Invited) |
| Goto, Keiji; Manabe, Ryotaro; Egashira, Yoshimitsu; Takahashi, Ryo | |
| National Defense Academy, JAPAN | |
| S-B01-09 | Efficient Near-Field Analysis Based on Finite-Difference Scheme and Fast Inverse Laplace Transform (Invited) |
| Ohnuki, Shinichiro (1); Wu, Di (1); Yamaguchi, Takashi (2) | |
| (1) Nihon University, JAPAN; (2) Tokyo Metropolitan Industrial Technology Research Institute, JAPAN | |
| S-B01-10 | Analysis of Pulse Responses from Conducting Strips with Air Layer in Dispersion Media (Invited) |
| Yamasaki, Tsuneki; Ozaki, Ryosuke | |
| Nihon University, JAPAN | |
| S-B01-11 | Recent Progress in the Mixed Spectral Element Method for Computational Electromagnetics (Invited) |
| Liu, Jie (1); Hou, Xuanying (1); Zhou, Yuanguo (1); Liu, Na (1); Liu, Qing Huo (2) | |
| (1) Institute of Electromagnetics and Acoustics, and Department of Electronic Science, University of Xiamen,China; (2) Department of Electrical and Computer Engineering, Duke University, USA | |
| S-B02-01 | Metamaterial-inspired Electrically Small Platforms: Enhanced Directivity Properties (Invited) |
| Ziolkowski, Richard | |
| University of Technology Sydney, AUSTRALIA | |
| S-B02-02 | Impact of Ground Plane Reduction in Antennas for Compact Terminals (Invited) |
| Lizzi, Leonardo; ferrero, fabien | |
| University Cote d'Azur, FRANCE | |
| S-B02-03 | Convex optimisation method for matching filters synthesis. (Invited) |
| Martinez Martinez, David; Seyfert, Fabien; BOSE, Gibin; Olivi, Martine | |
| INRIA, FRANCE | |
| S-B02-04 | A stable representation of the transmittance between identical aperture antennas (Invited) |
| Gueuning, Quentin; Craeye, Christophe; Oestges, Claude | |
| Université Catholique de Louvain, BELGIUM; () Universite Catholique de Louvain, BELGIUM; () Université Catholique de Louvain, BELGIUM | |
| S-B02-05 | Optimal Positioning of an Embedded Inverted-F Antenna (Invited) |
| Ferrero, Fabien (1); Jonsson, B. L. G. (2); Wang, Lei (2) | |
| (1) Université Cote d'Azur, FRANCE; (2) KTH Royal Institute of Technology, SWEDEN | |
| S-B02-06 | Coupling element strategy for future boarderless smartphone (Invited) |
| Ferrero, Fabien; NGuyen, Khai; Lizzi, Leonardo | |
| Université Cote d'Azur, FRANCE | |
| S-B02-07 | On Q-factors for thin periodic antenna and scatterer arrays (Invited) |
| Ludvig-Osipov, Andrei; Jonsson, B. L. G. | |
| KTH Royal Institute of Technology, SWEDEN | |
| S-B02-08 | Shape Optimization Methods for the Design of Microwave Circuits and Antennas (Invited) |
| Bila, Stéphane | |
| XLIM UMR 7252 Université de Limoges/CNRS, FRANCE | |
| S-B02-09 | Miniaturization and Optimization of Multiband Antenna Arrays By Co-Design (Invited) |
| Bila, Stéphane | |
| Université de Limoges/CNRS, FRANCE | |
| S-B02-10 | Using Convex Optimization to Compensate for Radome Effects in Monopulse Arrays (Invited) |
| Frid, Henrik; Jonsson, B. L. G. | |
| KTH Royal Institute of Technology, SWEDEN | |
| S-B02-11 | An overview of stored-energy based methods to estimate the best bandwidth for electrically small antennas (Invited) |
| Jonsson, B. L. G. | |
| KTH Royal Institute of Technology, SWEDEN | |
| S-B02-12 | Network Characteristic Modes Optimisation for Wideband and Superdirective Small Antennas (Invited) |
| jaafar, hussein; Collardey, Sylvain; Sharaiha, Ala | |
| IETR, FRANCE | |
| S-B02-12 | Endfire mode synthesis using convex optimization for very large array antennas (Invited) |
| Sjoberg, Daniel | |
| Lund University, SWEDEN | |
| S-B02-13 | Multi-Scale Simulation Tools For VLF Antennas (Invited) |
| Saintier, David; Dubard, Jean-Lou; Makhlouf, Oualid; Cueille, Marylène | |
| LEAT, FRANCE | |
| S-B02-14 | Design, Manufacturing, and Testing of a Broadband Microstrip Array Antenna System for a 6U CubeSat X-Band Sensor (Invited) |
| Breinbjerg, Olav; Jama, Stanislaw | |
| Technical University of Denmark, DENMARK | |
| S-B03-1 | Integral representation for two-frequency coherence function of ionospheric radio signal (Invited) |
| Tinin, Mikhail | |
| Irkutsk State University, RUSSIAN FEDERATION | |
| S-B03-2 | Overview of possibilities of spatial signal processing in an inhomogeneous medium based on integral representation of wave field as double weighted Fourier transform (DWFT) |
| Tinin, Mikhail | |
| Irkutsk State University, RUSSIAN FEDERATION | |
| S-B03-3 | A Comparative Analysis of Strong Scintillation I: Configuration-Space Simulations (Invited) |
| Rino, Charles (1); Carrano, Charles (1); Germ, Vadim (2); Zernov, Nikolay (2) | |
| (1) Institute for Scientific Research, Boston College, USA; (2) University of St. Petersburg, RUSSIAN FEDERATION | |
| S-B03-4 | A Comparative Analysis of Strong Scintillation II: Calculations of Transionospheric High Frequency Wave Propagation (Invited) |
| Gherm, Vadim (1); Zernov, Nikolay (2); Rino, Charles (3) | |
| (1) St. Petersburg State University, RUSSIAN FEDERATION; (2) University of St. Petersburg, RUSSIAN FEDERATION; (3) Institute for Scientific Research, Boston College, USA | |
| S-B03-5 | Multifractal Phase Screen Model for Scintillation of Transionospheric Signals |
| Makarenkova, Ekaterina (1); Germ, Vadim (2) | |
| (1) Saint Petersburg State University, RUSSIAN FEDERATION; (2) University of St. Petersburg, St. Petersburg, Russia, RUSSIAN FEDERATION | |
| S-B03-6 | Gaussian Beams in Orthogonal Full Ray Trajectory Coordinates |
| Gherm, Vadim (1); Zernov, Nikolay (2) | |
| (1) St. Petersburg State University, RUSSIAN FEDERATION; (2) University of St. Petersburg, RUSSIAN FEDERATION | |
| S-B03-P | Identification of Low and High Ionospheric Rays by a Direct Variational Method |
| Klimenko, Maxim (1); Bessarab, Pavel (2); Nosikov, Igor (3) | |
| (1) West Department of Pushkov Institute of Terrestrial Magnetism, Ionosphere and Radio Wave Propagation, RUSSIAN FEDERATION; (2) Science Institute of the University of Iceland, ICELAND; (3) Immanuel Kant Baltic Federal University, RUSSIAN FEDERATION | |
| S-B04-1 | Acoustic Imaging for Human Thorax Using Contrast Source Inversion |
| Song, Xiaoqian; Yang, Fan; Li, Maokun; Xu, Shenheng | |
| Tsinghua University, CHINA CIE | |
| S-B04-2 | Nonlinear Electromagnetic Inverse Scattering Using DeepNIS |
| Li, Lianlin | |
| Beijing University, CHINA CIE | |
| S-B04-3 | Dual-frequency Motion Compensation for SISAR Imaging in Forward Scatter Radar |
| Liu, Changjiang; Liu, Feifeng; Wang, Rui; Hu, Cheng | |
| Beijing Institute of Technology, CHINA CIE | |
| S-B04-4 | A Non-Iterative Eigenfunction-Based 3D Inverse Solver for Microwave Imaging |
| Abdollahi, Nasim; LoVetri, Joe; Jeffrey, Ian | |
| University of Manitoba, CANADA | |
| S-B04-5 | An Electric and Magnetic Field Transceiver Configuration Study for a Biomedical Microwave Imaging System |
| Jeffrey, Ian; Brown, Kevin; Asefi, Mohammad; Geddert, Nicholas; LoVetri, Joe | |
| University of Manitoba, CANADA | |
| S-B04-6 | Comparison between Conjugate Gradient and Landweber Based Regularization Approaches in Lp Banach Spaces for Microwave Tomography |
| Randazzo, Andrea; Estatico, Claudio; Pastorino, Matteo; Fedeli, Alessandro | |
| University of Genoa - DITEN, ITALY; () University of Genoa - DIMA, ITALY; () University of Genoa - DITEN, ITALY | |
| S-B04-7 | Low-Profile and Dual-polarized Microstrip Antennas |
| Li, Yue; He, Yijing; Sun, Wangyu | |
| Tsinghua University, CHINA CIE | |
| S-B04-8 | High-Efficiency Broadband Polarization-Independent Superscatterer Using Conformal Metasurfaces |
| Xu, He-Xiu | |
| National University of Singapore, SINGAPORE | |
| S-B06-01 | Determination of the Conductor Loss in Microstrip Reflectarrays Using the Impedance Boundary Condition (Invited) |
| Rengarajan, Sembiam | |
| California State University, USA | |
| S-B06-02 | Asymptotic Analysis for Transient Scattered Magnetic Field from a Conducting Cylinder Coated with a Thin Dielectric Layer (Invited) |
| Goto, Keiji; Manabe, Ryotaro; Egashira, Yoshimitsu; Takahashi, Ryo | |
| National Defense Academy, JAPAN | |
| S-B06-03 | On Recent Findings in the Theory of Complex Waves in Open Metal-Dielectric Waveguides (Invited) |
| SHESTOPALOV, Yury | |
| University of Govle, Sweden, SWEDEN | |
| S-B06-04 | Near-Field Absorption and Measurement Using a Metasurface Structure (Invited) |
| Yagitani, Satoshi; Tsubota, Takuya; Imachi, Tomohiko; Tonooka, Naoki; Ozaki, Mitsunori | |
| Kanazawa University, JAPAN | |
| S-B06-05 | Effects of Radiative and Collisional Energy Loss on the Scattering Properties of a Magnetized Plasma Cylinder at the Plasmon Resonances (Invited) |
| Kudrin, Alexander; Ivoninsky, Alexander; Es'kin, Vasiliy | |
| University of Nizhny Novgorod, RUSSIAN FEDERATION | |
| S-B06-06 | The G Numbers and Their Application to the Theory of Waveguides (Invited) |
| Georgieva, Mariana; Georgiev, Georgi Nikolov | |
| Consulting and Researcher in Physics and Computer Sciences, BULGARIA | |
| S-B06-07 | Analysis of Substrate Integrated Waveguides and Waveguide Based Passive Circuits (Invited) |
| Jandieri, Vakhtang; Erni, Daniel | |
| University of Duisburg-Essen, GERMANY | |
| S-B06-08 | Modeling of electromagnetically functional surfaces and extraction of physical bounds, using Herglotz functions and convex optimization (Invited) |
| Sjoberg, Daniel | |
| Lund University, SWEDEN | |
| S-B06-09 | Recent Advances in the Theory and Applications of the Surface-Volume-Surface Electric Field Integral Equation (Invited) |
| Okhmatovski, Vladimir; Mojolagbe, Jamiu; Gholami, Reza; Chen, Zhuotong; Zheng, Shucheng | |
| University of Manitoba, CANADA | |
| S-B06-10 | Dynamic Feature Extraction Using Reprogrammable Coding Metasurface (Invited) |
| Li, Lianlin | |
| Beijing University, CHINA CIE | |
| S-B06-11 | Electromagnetic inertia of the waveguide modes (Invited) |
| Erden, Fatih (1); Tretyakov, Oleg A. (2) | |
| (1) National Defense University, TURKEY; (2) Gebze Technical University, TURKEY | |
| S-B06-12 | Microwave Imaging Method Developed in Lebesgue Spaces for Inspecting Dielectric Targets (Invited) |
| Randazzo, Andrea (1); Estatico, Claudio (2); Pastorino, Matteo (1); Fedeli, Alessandro (1) | |
| (1) University of Genoa - DITEN, ITALY; (2) University of Genoa - DIMA, ITALY | |
| S-B06-13 | Physical conditions for full control of transmission through non-reflecting metasurfaces (Invited) |
| Tretyakov, Sergei (1); Diaz-Rubio, Ana (1); Kwon, Do-Hoon (2); Ptitsyn, Grigorii (1) | |
| (1) Aalto University, FINLAND; (2) University of Massachusetts - Amherst, USA | |
| S-B06-14 | Plane Wave Diffraction by a Thin Material Strip (Invited) |
| Nagasaka, Takashi; Kobayashi, Kazuya | |
| Chuo University, JAPAN | |
| S-B06-15 | Diffraction by Two PEC Inverted Staggered Half Planes (Invited) |
| lombardi, guido; Daniele, Vito; Zich, Rodolfo S. | |
| Politecnico di Torino-DET, ITALY | |
| S-B06-16 | Innovating SI Units in Maxwells Equations. Evolutionary Approach to Electrodynamics as an Alternative to the Time-Harmonic Field Concept (Invited) |
| Tretyakov, Oleg A. | |
| Gebze Technical University, TURKEY | |
| S-B06-17 | Sculping the Cutoff and Evanescent Wave in Waveguide (Invited) |
| Li, Yue | |
| Tsinghua University, CHINA CIE | |
| S-B06-18 | Mie Scattering and Characteristic Modes of Lossy Dielectric Objects (Invited) |
| Wallen, Henrik; Tzarouchis, Dimitrios; Sihvola, Ari; Yla-Oijala, Pasi | |
| Aalto University, FINLAND | |
| S-B06-19 | Precise Time-Domain Electromagnetic Responses Using Fast Inverse Laplace Transform (Invited) |
| Ohnuki, S.; Masuda, S.; Endo, M.; Ohnishi, R. | |
| Nihon University, Tokyo, JAPAN | |
| S-B08-1 | Dipole-Scattering by Spherical Media and Related Optimization Problems |
| Tsitsas, Nikolaos; Prokopiou, Prokopios; Tsitsoglou, Zoi | |
| Aristotle University of Thessaloniki, GREECE | |
| S-B08-2 | Brain Stroke Imaging by Means of Microwave Tomography: Quantitative Inversion Procedure, Configuration Set Up, and Preliminary Experimental Results |
| Randazzo, Andrea (1); Lavagetto, Fabio (1); Mancardi, Gianluigi (2); Fedeli, Alessandro (1); Bisio, Igor (1); Pastorino, Matteo (1); Sciarrone, Andrea (1) | |
| (1) University of Genoa - DITEN, ITALY; (2) University of Genoa - DINOGMI, ITALY | |
| S-B08-3 | Physical Interpretation of the Orthogonality Sampling Method |
| Bevacqua, Martina T. (1); Crocco, Lorenzo (2); Isernia, Tommaso (3); Palmeri, Roberta (3) | |
| (1) Universita degli Studi Mediterranea di Reggio Calabria, DIIES, ITALY; (2) National Research Council of Italy, IREA, ITALY; (3) Universita Mediterranea di Reggio Calabria, DIIES, ITALY | |
| S-B08-4 | Electromagnetic Scattering, Guidance and Radiation in Cylindrical Periodic and Bandgap Structures |
| Jandieri, Vakhtang; Erni, Daniel | |
| University of Duisburg-Essen, GERMANY | |
| S-B08-5 | The Cylindrical Wave Approach and its application to radar problems |
| Ponti, Cristina; Schettini, Giuseppe | |
| Roma Tre University, ITALY | |
| S-B09-1 | Cyclostationary Source Separation in the Near-Field of Electronic Devices |
| Russer, Johannes (1); Kuznetsov, Yury (2); Gorbunova, Anastasia (2); Konovaluk, Maxim (2); Haider, Michael (1); Baev, Andrey (2) | |
| (1) Technical University of Munich, GERMANY; (2) Moscow Aviation Institute , RUSSIAN FEDERATION | |
| S-B09-3 | A phase-space approach to the propagation of stochastic fields: from EMC to holography and wireless communications |
| Madenoor Ramapriya, Deepthee; Gradoni, Gabriele; Thomas, David W.P.; Baharuddin, Mohd Hafiz; Smartt, Christopher; Tanner, Gregor; Creagh, Stephen; Nasser, Hayan | |
| The University of Nottingham, UNITED KINGDOM | |
| S-B09-4 | Near-Field MIMO System Assessment |
| Haider, Michael (1); Corrales, Pablo (2); Bajon, Damienne (2); Wane, Sidina (3); Russer, Johannes (1) | |
| (1) Technical University of Munich, GERMANY; (2) ISAE, FRANCE; (3) IEEE, FRANCE | |
| S-B09-5 | Stochastics Electromagnetic Field Propagation in Multiport Devices based on Transmission Line Segment Circuits and Wave Digital Networks |
| Stosic, Biljana | |
| University of Nis, SERBIA | |
| S-B09-6 | 1D Localization of Mobile Stochastic EM Sources with Variable Radiated Power using Two-Stage Neural Model |
| Stankovic, Zoran (1); Doncov, Nebojsa (1); Stosic, Biljana (1); Milovanovic, Ivan (2); Milovanovic, Bratislav (2); Russer, Johannes (3) | |
| (1) University of NIS, SERBIA; (2) Singidunum University, SERBIA; (3) Technical University of Munich, GERMANY | |
| S-B09-7 | Computer Aided Analysis of EMI Radiated from Printed Circuit Boards |
| Haider, Michael; Russer, Johannes | |
| Technical University of Munich, GERMANY | |
| S-B09-P | Co-Design of Spin-Wave Sensors with RFIC Building Blocks for Emerging Technologies |
| Wane, Sidina | |
| EV-NXP-LaMIPS-CRISMAT, FRANCE | |
| S-BD-01 | Scattering by Penetrable Obstacles in RFID communication scenarios (Invited) |
| Riccio, Giovanni (1); Gennarelli, Gianluca (2); Frongillo, Marcello (3) | |
| (1) University of Salerno, ITALY; (2) IREA CNR, ITALY; (3) SIRA, ITALY | |
| S-BD-02 | Detection of UHF RFID tags in Metallic Guided Structures |
| Michel, Andrea (1); Nepa, Paolo (2); Rodriguez Pino, Marcos (3) | |
| (1) University of Pisa, ITALY; (2) Dip. Ingegneria Informazione, University of Pisa, ITALY; (3) Universidad de Oviedo, SPAIN | |
| S-BD-03 | Wearable UHF RFID Sensor Tag in 3D-Printing Technology for Body Temperature Monitoring (Invited) |
| Colella, Riccardo; Catarinucci, Luca | |
| University of Salento, ITALY | |
| S-BD-04 | [ScattererID], Beyond Standard IDentification Solutions (Invited) |
| Perret, Etienne | |
| Université Grenoble Alpes, FRANCE | |
| S-BD-05 | Implantable Sensors and Antennas for Wireless Brain Care (Invited) |
| Ma, Shubin; Sydanheimo, Lauri; Bjorninen, Toni; Khan, M. Waqas A.; Ukkonen, Leena | |
| Tampere University of Technology, FINLAND | |
| S-BD-06 | A Quarter Mode SIW Antenna for Short Range Wireless Communications (Invited) |
| Casula, Giovanni Andrea | |
| Universita di Cagliari , ITALY | |
| S-BD-07 | Hand-held radar for people tracking in indoor scenarios (Invited) |
| Masotti, Diego; Costanzo, A.; Paolini, Giacomo | |
| University of Bologna, ITALY | |
| S-BD-08 | A Design Rule to Reduce the Human Body Effect on Antennas for Short Range NF-UHF RFID Systems (Invited) |
| Casula, Giovanni Andrea | |
| Universita di Cagliari -Dip. di Ing. Elettrica ed Elettronica, ITALY | |
| S-BD-09 | EM Study of Novel UHF RFID Application: Along-the-Metal Short Range Communication (Invited) |
| Andrenko, Andrey | |
| eNFC Inc., JAPAN | |
| S-BD-10 | UHF Near-Field Wireless Power Transfer, Application To RFID System (Invited) |
| RAKOTOMALALA, Imbolatiana; Tedjini, Smail; Lemaitre-Auger, Pierre | |
| Université Grenoble Alpes - LCIS, FRANCE | |
| S-BD-11 | Chipless RFID Threshold Temperature Sensor Compliant with UHF and ISM Radio Frequency |
| el matbouly, hatem (1); Duroc, Yvan (2); Zannas, Konstantinos (1); TEDJINI, SMAIL (3) | |
| (1) Université Grenoble-Alpes, FRANCE; (2) University of Lyon, UCBL, FRANCE; (3) LCIS, FRANCE | |
| S-CB1-1 | Multi-User Phase Noises on Uplink MIMO-OFDM Systems |
| Chen, Xiaoming (1); Svensson, Tommy (2); Wolfgang, Andreas (3) | |
| (1) Xi'an Jiaotong University, CHINA CIE; (2) Chalmers University of Technology, SWEDEN; (3) Qamcom Research & Technology AB, SWEDEN | |
| S-CB1-2 | Performance Evaluation of Space-Time Block Code With Constellation Rearrangement |
| Reddy, CH Santosh; Tripathy, Aruna | |
| College of Engineering and Technology, INDIA | |
| S-CB1-3 | Dumbbell-shaped asymmetric DGS-based dual band 3*3 MIMO for WLAN-WiMAX applications |
| Majumdar, Payal (1); JI, Chunlin (2); Zhao, Zhiya (2); Liu, Ruopeng (2) | |
| (1) CONLEY ROSE P.C., USA; (2) Kuan-Chi Institute of Advanced Technology, COLOMBIA | |
| S-CF1-P1 | A Multi-Link Extension of Channel Sounding System using Software Defined Radio |
| Zhang, Bei (1); Zhong, Zhangdui (1); He, Ruisi (1); Yang, Mi (1); Fei, Dan (1); Yu, Beiming (2) | |
| (1) Beijing Jiaotong University, CHINA CIE; (2) Communication section of Beijing Railway Bureau, CHINA CIE | |
| S-CF1-P2 | A Tracking-Based Multipath Components Clustering Algorithm |
| Zheng, Qingbi; He, Ruisi; Huang, Chen | |
| Beijing Jiaotong University, CHINA CIE | |
| S-CF2-1 | Integrated Simulation Environments for Vehicular Communications in Cooperative Road Transportation Systems |
| Valentini, Francesco; Chiocchio, Sandro; Cinque, Elena; Persia, Arianna; Santucci, Fortunato; Pratesi, Marco | |
| University of L'Aquila, ITALY | |
| S-CF2-2 | Performance Evaluation of Cooperative Communications over Fading Channels in Vehicular Networks |
| Stefanovic, Caslav (1); Santucci, Fortunato (2); Pratesi, Marco (2) | |
| (1) University of Pristina, SERBIA; (2) University of L'Aquila, ITALY | |
| S-CF2-P1 | A new approach of V2X communications for Long Range Applications in UAVs |
| Godoy, J.A.;Cabrera F.;Araña, V.;Sánchez, D.; Alonso, I.; Molina, N. | |
| ULPGC, SPAIN | |
| S-CF2-P2 | A wireless method for drone identification and monitoring using AIS technology |
| Molina N.; Cabrera F.; Tichavska M.; Araña V., Dorta B.P.; Godoy J.A. | |
| ULPGC, SPAIN | |
| S-D01-1 | Air-Filled Substrate-Integrated-Waveguide Cavity-Backed Slot Antenna with Optical Feeding |
| Caytan, Olivier; Torfs, Guy; Bogaert, Laurens; Vande Ginste, Dries; Demeester, Piet; Lemey, Sam; Bauwelinck, Johan; Rogier, Hendrik | |
| Ghent University, BELGIUM | |
| S-D01-2 | Photonics for high-frequency ultra-wideband and frequency-agile RF transmitters |
| Bogoni, Antonella (1); Ghelfi, Paolo (2); Onori, Daniel (2); Scotti, Filippo (2); Amato, Francesco (3); Falconi, Fabio (2); Serafino, Giovanni (3) | |
| (1) CNIT/Scuola Superiore Sant'Anna, ITALY; (2) CNIT, ITALY; (3) Scuola Superiore Sant'Anna, ITALY | |
| S-D01-3 | Heterogeneous Silicon Photonic Devices for Wireless Communication Systems |
| Van Gasse, Kasper | |
| Ghent University, BELGIUM | |
| S-D01-4 | Tunable Brillouin Opto-Electronic Oscillator based on double fiber loop mirror |
| Mossa, Mohamed (1); Afifi, Abdelrahman (2); Abouelatta, Mohamed (2); Hassan, Kamel (1) | |
| (1) Future University in Egypt, EGYPT; (2) Ain Shams University, EGYPT | |
| S-D01-5 | Optoelectronic devices for future telecommunications in the sub-terahertz and terahertz range |
| Lampin, Jean-Francois (1); Froberger, Kevin (2); Peytavit, Emilien (2); Billet, Maximilien (2); Ducournau, Guillaume (2); Zaknoune, Mohammed (2); Bretin, Sara (2) | |
| (1) IEMN-CNRS, FRANCE; (2) IEMN, FRANCE | |
| S-D01-P | Electro-optic probe based on integrated optical waveguide |
| Lee, Dong-Joon; Hong, Young-Pyo; Koo, Hyun-JI; Cho, Chihyun | |
| KRISS, SOUTH KOREA | |
| S-D03-1 | A 2.4 GHz Rectifier Insensitive to the Angle of Incidence of Incoming Waves (Invited) |
| Daskalakis, Spyridon; Goussetis, George; Georgiadis, Apostolos | |
| Heriot-Watt University, UNITED KINGDOM | |
| S-D03-2 | Single or Distributed Inverter for Position Independent Inductive Power Transfer: Comparison of Solutions |
| Pacini, Alex; Costanzo, A.; Mastri, Franco | |
| University of Bologna, ITALY | |
| S-D03-3 | Energy Harvesting for Hands-Free Operation of Soldier Equipment |
| Visser, Hubregt (1); Colditz, Paul (2); Pognon, Gregory (3); Conradi, Jessica (4); Bertuch, Thomas (2); Nord, Bjoern (4) | |
| (1) Eindhoven University of Technology, NETHERLANDS; (2) Fraunhofer FHR, GERMANY; (3) Thales TRT, FRANCE; (4) Fraunhofer FKIE, GERMANY | |
| S-D03-4 | Foreign Object Detection for Wireless Power Transfer Systems |
| Lan, Lingxin; Kwan, Christopher; Aldhaher, Samer; Arteaga, Juan; Kkelis, George; Ting, Nicholas; Mitcheson, Paul; Yates, David | |
| Imperial College London , UNITED KINGDOM; () Imperial College London, UNITED KINGDOM; () Imperial College London , UNITED KINGDOM | |
| S-D03-5 | Optimal Terminating Impadances for Maximizing the Gains of a Four-coil WPT Link |
| Monti, Giuseppina (1); Mastri, Franco (2); Tarricone, Luciano (1); Costanzo, A. (2); Corchia, Laura (1); Mongiardo, Mauro (3) | |
| (1) University of Salento, ITALY; (2) University of Bologna, ITALY; (3) University of Perugia, ITALY | |
| S-D03-6 | Challenges for Inductive Power Transfer over wider areas |
| Burrow, Steve | |
| University of Bristol, UNITED KINGDOM | |
| S-D05-01 | Exotic properties of spoof surface plasmon polaritons in metamaterial crystals |
| Fleury, Romain | |
| EPFL, SWITZERLAND | |
| S-D05-02 | All optical control of electromagnetic waves by Second Harmonic Generation |
| Rodrigo, Sergio G | |
| Centro Universitario de la Defensa de Zaragoza, SPAIN | |
| S-D05-03 | Bull’s-Eye antennas and corrugated structures for radiation control at terahertz |
| Beruete, Miguel | |
| Universidad Publica de Navarra, SPAIN | |
| S-D05-04 | Exceptional Points of Degeneracy in Relation to Singular and Branch Points in the Complex-Frequency Plane |
| Yakovlev, Alexander (1); Capolino, Filippo (2); Othman, Mohamed (2); Hanson, George W. (3) | |
| (1) University of Mississippi, USA; (2) University of California-Irvine, USA; (3) University of Wisconsin-Milwaukee, USA | |
| S-D05-05 | Directional emission from dipolar sources: the Janus source |
| Rodriguez-Fortuno, Francisco | |
| King's College London, UNITED KINGDOM | |
| S-D05-06 | Magnet-free non-reciprocal photonic platform based on time-modulated graphene |
| Correas Serrano, Diego; Gomez Diaz, Juan Sebastian | |
| University of California, Davis, USA | |
| S-D05-07 | Bound States in the Continuum in arbitrary anisotropic structures (Invited) |
| Artigas, David; Torner, Lluis; Gomis-Bresco, Jordi; Mukherjee, Samyobrata | |
| ICFO-The Institute of Photonic Sciences, SPAIN | |
| S-D05-08 | Shaping photon statistics with metamaterial and antenna theory |
| Liberal, Inigo | |
| Public University of Navarre, SPAIN | |
| S-D05-09 | Giant Optical Forces On Nanoparticles Near Hyperbolic Metasurfaces |
| Gomez Diaz, Juan Sebastian; Correas Serrano, Diego; Kumar Paul, Nayan | |
| University of California, Davis, USA | |
| S-D05-10 | New Frontiers in Plasmonics: Embedded Eigenstates and Topological Effects |
| Monticone, Francesco | |
| Cornell University, USA | |
| S-D06-01 | Carrier-Envelope-Phase Sensitive Interferometric Autocorrelations by Coherent Nanotunneling |
| Brida, Daniele | |
| University of Konstanz, GERMANY | |
| S-D06-02 | Controlling light to the extreme: new results and applications of the dispersion-scan technique (Invited) |
| Crespo, Helder | |
| University of Porto, Faculty of Sciences, PORTUGAL | |
| S-D06-03 | Gauging pulse train instability and coherent artifacts with dispersion scan |
| Escoto, Esmerando (1); Steinmeyer, Gunter (1); Hofmann, Bernd (2); Gerth, Daniel (2) | |
| (1) Max-Born-Institut, GERMANY; (2) Technische Universitat Chemnitz, GERMANY | |
| S-D06-04 | High Dynamic Third-Order Cross-Correlator for measuring >1013:1 laser contrast |
| Falcoz, Franck | |
| Amplitude Laser, FRANCE | |
| S-D06-05 | Time Domain Ptychography |
| Feurer, Thomas | |
| University of Bern, SWITZERLAND | |
| S-D06-06 | Complete waveform characterization of mid-infrared ultrashort pulses (Invited) |
| Fuji, Takao | |
| Institute for Molecular Science, JAPAN | |
| S-D06-07 | Few cycle pulse characterization using different variants of Dispersion Scan technique |
| Tajalli, Ayhan (1); Romero, rosa (2); Steinmeyer, Gunter (3); Nagy, Tamas (3); Lopez-Martens, Rodrigo (4); Vernier, Aline (4); Crespo, Helder (5); Ouille, Marie (4); Csontos, Janos (6); Boehle, Frederik (4); Morgner, Uwe (7); Escoto, Esmerando (3) | |
| (1) University of Hannover, GERMANY; (2) Sphere Photonics, PORTUGAL; (3) Max-Born-Institut, GERMANY; (4) Ensta ParisTech, FRANCE; (5) University of Porto, PORTUGAL; (6) ELI-ALPS, HUNGARY; (7) University of Hannover, GERMANY | |
| S-D06-08 | Optimized ancillae generation for ultra-broadband two-dimensional spectral shearing interferometry |
| Manzoni, Cristian | |
| IFN-CNR (National Research Council), ITALY | |
| S-D06-09 | Analytical Reconstruction of Two Different Pulses from Non-Interferometric Double Spectrograms Alone |
| Seifert, Birger | |
| Pontificia Universidad Catolica de Chile, CHILE | |
| S-D06-10 | Spatio-temporal characterization of high-power few-cycle pulses by SEA-F-SPIDER and time-domain ptychography. |
| Witting, Tobias; Vrakking, Marc; Furch, Fedrico | |
| Max-Born-Institute, GERMANY | |
| S-D06-11 | Improvements to the Principal Components Generalized Projections algorithm: Operator Formulation (Invited) |
| Kane, Daniel | |
| Mesa Photonics, LLC, USA | |
| S-D06-12 | Regularization - a mathematical tool to stabilize pulse recovery |
| Gerth, Daniel | |
| Technische Universitat Chemnitz, GERMANY | |
| S-D06-13 | The Measurement of Ultrashort Laser Pulses (Invited) |
| Trebino, Rick | |
| Georgia Institute of Technology, USA | |
| S-D06-14 | Time-domain ptychography, from PIE to iPIE to pPIE |
| Spangenberg, Dirk (1); Feurer, Thomas (2); Rohwer, Erich (1); Bruegmann, Michael (2) | |
| (1) Stellenbosch University, SOUTH AFRICA; (2) University of Bern, SWITZERLAND | |
| S-D06-15 | Review of the dispersion-scan technique (Invited) |
| Arnold, Cord (1); Cheng, Yu-Chen (1); Miranda, Miguel (1); Harth, Anne (2); Mikaelsson, Sara (1); L'Huillier, Anne (1); Guo, Chen (1); Louisy, Maite (1) | |
| (1) Lund University, SWEDEN; (2) Max-Planck-Institut fur Kernphysik Heidelberg, GERMANY | |
| S-D06-16 | Future of Ti:Sapphire lasers: combining high peak and average power. |
| Kalashnikov, Mikhail (1); Cao, Huabao (2); Nagymihaly, Roland (2); Osvay, Karoly (2); Khodakovskiy, Nikita (2); Chvykov, Vladimir (2) | |
| (1) Max-Born-Institute, GERMANY; (2) ELI-ALPS, HUNGARY | |
| S-D06-17 | Ptychographic approach for FROG: beyond pulse reconstruction |
| Cohen, Oren (1); Lahav, Oren (1); Haham, Gil (1); Sidorenko, Pavel (2) | |
| (1) Technion , ISRAEL; (1) Technion, ISRAEL; (2) Cornell University, ISRAEL | |
| S-D06-18 | Reconstruction of Ultrashort Pulses using Deep Neural Networks |
| Dikopoltsev, Alex | |
| Technion, ISRAEL | |
| S-D08-1 | Bendable Printed and Thin-film Electronics for Wireless Communications (Invited) |
| Ellinger, Frank (1); Ishida, Koichi (1); Petti, Luisa (2); Meister, Tilo (1); Salvatore, Giovanni (2); Muenzenrieder, Niko (3); Troester, Gerhard (2); Cantarella, Giuseppe (2); Knobelspies, Stefan (2); Barahona, Marvin (1); Boroujeni, Bahman Kheradmand (1); Carta, Corrado (1); Huebler, Arved (4); Schmidt, Georg (4) | |
| (1) TU Dresden, GERMANY; (2) ETH Zurich, SWITZERLAND; (3) University of Sussex, SWITZERLAND; (4) Chemnitz University of Technology, GERMANY | |
| S-D08-2 | Inkjet-printed RFID-Skins for the Detection of Surface Defects (Invited) |
| nappi, simone; Marrocco, Gaetano | |
| University of Rome Tor Vergata, ITALY | |
| S-D08-3 | Compact antenna for wearable applications (Invited) |
| Genovesi, Simone; Manara, Giuliano; Costa, Filippo | |
| University of Pisa, ITALY | |
| S-D08-4 | The Effects of Added Clothing Layers on the Performance of Wearable Electro-Textile UHF RFID Tags |
| Virkki, Johanna; He, Han; Chen, Xiaochen; Ukkonen, Leena | |
| Tampere University of Technology, FINLAND | |
| S-D08-5 | Flexible RF-Electronics based on Non-Volatile Nano-Ionic Switches |
| Methapettyparambu Purushothama, Jayakrishnan (1); Perret, Etienne (1); Vena, Arnaud (2); Sorli, Brice (3) | |
| (1) Université Grenoble Alpes , FRANCE; (1) Université Grenoble Alpes, FRANCE; (2) Université de Monpellier 2, FRANCE; (3) Université de Monpellier 3, FRANCE | |
| S-D08-6 | 2D Localization using Phase Measurement of Chipless RFID Tags |
| Barbot, Nicolas; Perret, Etienne | |
| Grenoble INP, FRANCE | |
| S-D08-P | An Inkjet Printed RFID-enabled Humidity Sensor on Paper based on Biopolymer |
| Vena, Arnaud; Saggin, Benjamin; Belaizi, Yassin; Sorli, Brice; Podlecki, Jean | |
| University of Montpellier, FRANCE | |
| S-D09-01 | Design of a Narrow Band Single-Layer Chipless RFID Tag |
| Figueiredo, Ricardo (1); Goncalves, Joco (2); Louro, Joao (2); Carvalho, Nuno (3); Pereira, Samuel (4) | |
| (1) Instituto de Telecomunicacoes, PORTUGAL; (2) Universidade de Aveiro, PORTUGAL; (3) IT-Universidade de Aveiro, PORTUGAL; (4) Instituto de Telecomunicacoes, PORTUGAL | |
| S-D09-02 | Some techniques for mass production of textile wireless systems |
| Rogier, Hendrik (1); Van Baelen, Dries (1); Lemey, Sam (1); Agneessens, Sam (1); Rossi, Marco (2); Verhaevert, Jo (1) | |
| (1) Ghent University, BELGIUM; (2) IZM, GERMANY | |
| S-D09-03 | Wearable Antennas on flexible substrate |
| Lemaitre-Auger, Pierre | |
| University Grenoble Alpes, FRANCE | |
| S-D09-04 | Low Bitrate Ambient FM backscattering for Low Cost and Low Power Sensing |
| Daskalakis, Spyridon; Goussetis, George; Georgiadis, Apostolos | |
| Heriot-Watt University, UNITED KINGDOM | |
| S-D09-05 | Wearable breathing sensor based on Modulated Frequency Selective Surfaces |
| Lazaro, Antonio; Girbau, David; Villarino, Ramon; Milici, Stefano | |
| Rovira i Virgili University, SPAIN | |
| S-D09-06 | On the Reading of Moving Chipless RFID Tags |
| Costa, Filippo (1); Bianchi, Davide (1); Genovesi, Simone (1); Borgese, Michele (1); Manara, Giuliano (1); Dicandia, Francesco Alessio (1); Monorchio, Agostino (1); Gentile, Antonio (2); Buoncristiani, Luca (3) | |
| (1) University of Pisa, ITALY; (2) , ITALY | |
| S-D09-07 | A Scalable Textile Antenna Mat for Wireless Sensing of Children's Height |
| Kiourti, Asimina; Militello, Lisa; Zhu, Keren | |
| The Ohio State University, USA | |
| S-D09-P1 | Passive UHF RFID Sensor Tag for Pressure and Temperature Conditions Monitoring |
| Rennane, Ahmed (1); Touhami, Rachida (2); Benmahmoud, Fateh (1); souza-marques-da-fonseca, newton-savio (1); Kaddour, Darine (1); Tedjini, Smail (3); abdelnour, abanob-assaad-amin (3) | |
| (1) Univ. Grenoble Alpes, FRANCE; (2) Université des Sciences et de la Technologie Houari Boumediene (USTHB), ALGERIA; (3) LCIS, FRANCE | |
| S-D09-P2 | Achieving Time Domain Transmission Sensing with Fully Passive UHF RFID Tags |
| Souza Marques da Fonseca, Newton Savio (1); Fontgalland, Glauco (1); Tedjini, Smail (2); Rennane, Ahmed (2); Silverio Freire, Raimundo Carlos (1) | |
| (1) Federal University of Campina Grande, BRAZIL; (2) Univ. Grenoble Alpes, FRANCE | |
| S-D13-01 | Absolute Wavelength Photonic Time Stretch Spectroscopy |
| Asghari, Hossein | |
| Loyola Marymount University, USA | |
| S-D13-02 | Optical rogue waves as an indicator for the loss of intrapulse coherence |
| Steinmeyer, Gunter | |
| Max-Born-Institut, GERMANY | |
| S-D13-03 | On-chip Generation and Coherent Control of Complex Optical Quantum States |
| Morandotti, Roberto | |
| INRS-EMT, CANADA | |
| S-D13-04 | Spectrally Encoded Imaging for Fast Dynamic Surface Breakout Events (Invited) |
| Salyer, Terry | |
| Los Alamos National Laboratory, USA | |
| S-D13-05 | Spectral Dynamics of Soliton Explosion in a Passively Mode-Locked Yb Fiber Laser with Time Stretch Spectroscopy |
| Suzuki, Masayuki | |
| Aichi Medical University, JAPAN | |
| S-D13-07 | Terahertz Chemical Mircroscope for Detecting Cancer Cells |
| Ozaki, Tsuneyuki | |
| INRS-EMT, CANADA | |
| S-D13-08 | Progress in Real-Time Measurements of Ultrafast Instabilities in Nonlinear Fiber Optics |
| Dudley, John | |
| CNRS UMR 6174, FRANCE | |
| S-D13-10 | High-frame-rate Spectrum Measurement for Ultrafast Optical Pulses based on Optical Signal Processing |
| Wada, Naoya; Delgado Mendinueta, José Manuel; Furukawa, Hideaki | |
| NICT, JAPAN | |
| S-DA-1 | Dynamic Simulations of Quantum Cascade Lasers Beyond the Rotating Wave Approximation |
| Riesch, Michael; Jirauschek, Christian; Tzenov, Petar | |
| Technical University of Munich, GERMANY | |
| S-DA-P | THz emission driven by a dual-transverse-modes laser |
| Blin, Stéphane; Abbes, Alaeddine | |
| IES, Univ. Montpellier, FRANCE | |
| S-DB-1 | Implications of Higher Symmetries in Periodic Structures |
| Quevedo-Teruel, Oscar (1); Ghasemifard Fatemeh (1); Sipus, Zvonimir (2); Valerio, Guido (3) | |
| (1) KTH Royal Institute of Technology, SWEDEN; (2) University of Zagreb, HUNGARY; (3) Sorbonne Université, FRANCE | |
| S-DB-2 | Leaky-Wave AntennasWith Arbitrary Radiation Based on Bianisotropic Huygens' Metasurfaces |
| Abdo-Sanchez, Elena (1); Eleftheriades, George V. (2); Epstein, Ariel (3) | |
| (1) Universidad de Malaga, SPAIN; (2) University of Toronto, CANADA; (3) Technion - Israel Institute of Technology, ISRAEL | |
| S-DB-3 | Dynamically reconfigurable metasurfaces and leaky-wave antennas for millimeter-wave and THz applications |
| Feresidis, Alexandros; Churm, James; Rabbani, Muhammad | |
| University of Birmingham, UNITED KINGDOM | |
| S-DB-5 | Nonreciprocal Graphene-based Leaky-Wave Antennas: Theory and Applications |
| Correas Serrano, Diego; Gomez Diaz, Juan Sebastian | |
| University of California, Davis, USA | |
| S-DB-6 | Magnetically Scannable Leaky Wave Antenna |
| Mateo-Segura, Carolina (1); GOMEZ TORNERO, JOSE LUIS (2); Rotenberg, Samuel (1); Goussetis, George (1); Garcia-Poveda, Miguel (2) | |
| (1) Heriot-Watt University, UNITED KINGDOM; (2) Technical University of Cartagena (UPCT), SPAIN | |
| S-DB-7 | Study of the Efficiency of Half-Width Substrate Integrated Waveguide Leaky-Wave Antennas in FR4 (Invited) |
| Garcia-Poveda, Miguel; Canete-Rebenaque, David; GOMEZ TORNERO, JOSE LUIS | |
| UPCT, SPAIN | |
| S-DB-P | A Reconfigurable Goubau-Line-Based Leaky Wave Antenna |
| Zhang, Qingfeng (1); Tang, Xiaolan (1); Hu, Sanming (2); Chen, Yifan (1) | |
| (1) Southern University of Science and Technology, CHINA CIE; (2) Southeast University, CHINA CIE | |
| S-EABK-1 | Hybrid Static-Dynamic Modeling and Experimental Verification of Multi-Scale Complex Environments: Applications to Ubiquitous Interactions |
| Wane, Sidina | |
| EV-NXP-LaMIPS-CRISMAT, FRANCE | |
| S-EABK-2 | Strong- and weak-damping limits in the response of enclosures to complex forcing |
| Creagh, Stephen; Tanner, Gregor; Phang, Sendy; Gradoni, Gabriele | |
| University of Notttingham, UNITED KINGDOM | |
| S-EABK-3 | Quantitative Statistical Analysis for Wave Propagation in Chaotic Environments: A Stochastic Green's Function - Integral Equation Method |
| Lin, Shen (1); Antonsen, Thomas (2); Peng, Zhen (1) | |
| (1) University of New Mexico, USA; (2) University of Maryland, College Park, USA | |
| S-EABK-4 | Reconfiguring the Boundaries of a 3D-Microwave Cavity within the Photon Lifetime |
| del Hougne, Philipp (1); Fink, Mathias (1); Gros, Jean-Baptiste (1); Lerosey, Geoffroy (1); Gradoni, Gabriele (2) | |
| (1) Institut Langevin CNRS, FRANCE; (2) University of Nottingham, UNITED KINGDOM | |
| S-EABK-5 | Numerical Study of Statistical Properties of Stored and Dissipated Energy in Reverberant Cavities |
| Arnaut, Luk (1); Andries, Mihai (2) | |
| (1) Queen Mary University of London, UNITED KINGDOM; (2) DB Technology, UNITED KINGDOM | |
| S-EABK-6 | Coupling Random Matrix approach and Wigner function technique to study the directivity of the EM field emitted by an open chaotic reverberation chamber. |
| Gros, Jean-Baptiste (1); Gradoni, Gabriele (2); del Hougne, Philipp (3); Lerosey, Geoffroy (4) | |
| (1) Institut Langevin CNRS , FRANCE; (2) University of Nottingham, UNITED KINGDOM; (3) Institut Langevin, ESPCI Paris & CNRS, FRANCE; (4) Institut Langevin CNRS , FRANCE | |
| S-EABK-7 | Phase-space representation of the wave fields reflected by random rough surfaces |
| Blakaj, Valon; Creagh, Stephen; Gradoni, Gabriele; Tanner, Gregor | |
| University of Nottingham, UNITED KINGDOM; () University of Notttingham, UNITED KINGDOM; () University of Nottingham, UNITED KINGDOM | |
| S-EACFJ-1 | pycraf: Spectrum compatibility studies for the Radioastronomy Service |
| Winkel, Benjamin | |
| Max--Planck-Institut fur Radioastronomie, GERMANY | |
| S-EACFJ-2 | LOFAR and wind turbine interference |
| Brentjens, Michiel | |
| Astron, NETHERLANDS | |
| S-EACFJ-3 | LTE-TDD Spectral Sensing |
| Milheiro, Joao (1); Borrego, José (2); Carvalho, Nuno (1) | |
| (1) IT-Universidade de Aveiro, PORTUGAL; (2) ANACOM, PORTUGAL | |
| S-EACFJ-P1 | EMC Study in Mingantu Spectral Radioheliograph |
| Geng, Lihong; Li, Sha; Su, Cang; Chen, Zhijun; Liu, Donghao; Yan, Yihua | |
| National Astronomical Observatories, CAS, CHINA CIE | |
| S-EACFJ-P2 | Wideband Channel Availability Statistics over the High Frequency Spectrum in Cyprus |
| Haralambous, Haris; Golam, Md Mostafa | |
| Frederick University, CYPRUS | |
| S-F01-1 | A Machine Learning-based Approach to Pseudo-Radar Rainfall Estimation Using Disdrometer Data (Invited) |
| Chen, Haonan (1); Chandrasekar, V. (2) | |
| (1) Colorado State University and NOAA, USA; (2) Colorado State University , USA | |
| S-F01-2 | Estimation of the phase shift between simultaneously transmitted H and V in the SHV mode |
| Santalla del Rio, Veronica; Vera-Isasa, Maria | |
| University of Vigo, SPAIN | |
| S-F01-3 | Precipitation Classification and Quantification Using Dual-Polarization Observations from the NASA D3R |
| Chandrasekar, V.; Chen, Haonan | |
| Colorado State University, USA | |
| S-F01-4 | A Virtual Wind Vector Retrieval Method based on Radar Echo Shape |
| Jang, Bong-Joo; Lim, Sanghun; Kim, Won; Lee, Dong-Ryul Lee | |
| Korea Institute of Civil Engineering and Building Technology, SOUTH KOREA | |
| S-F01-5 | Analysis of Snow Growth Process Based on High-Resolution X-band Polarimetric Radar Signature of a Severe Winter Storm in Korea |
| Lim, Sanghun (1); Allabakaksh, Shaik (1); Jang, Bong-Joo (1); Chandrasekar, V. (2); Choi, Jung-Ho (3); Kim, Won (1) | |
| (1) Korea Institute of Civil Engineering and Building Technology, SOUTH KOREA; (2) Colorado State University , USA; (3) Chosun College of Science & Technology, KOREA | |
| S-F01-6 | NEFOCAST project for real-time precipitation estimation from Ku satellite links: Preliminary results of the validation field campaign |
| Baldini, Luca (1); Petrolino, Antonio (2); Facheris, Luca (1); Caparrini, Francesca (3); Giannetti, Filippo (4); Bacci, Giacomo (2); Vaccaro, Attilio (2); Adirosi, Elisa (1); Moretti, Marco (4); Reggiannini, Ruggero (4); Antonini, Andrea (5); Mazza, Alessandro (5) | |
| (1) CNIT RASS Lab, ITALY; (2) MBI srl. Pisa, ITALY; (3) CNR , ITALY; (4) University of Pisa, ITALY; (5) LAMMA Consortium, Sesto Fiorentino, ITALY | |
| S-F01-7 | Characterization of cloud microphysics during rainy events over the tropical coastal station using Microwave Radiometer and Micro Rain Radar observations |
| Renju, R. | |
| VSSC, ISRO, INDIA | |
| S-F02-1 | MODELING MICROWAVE EMISSION FROM VEGETATION USING AMSR-2 DATA |
| Paloscia, Simonetta; Santi, Emanuele; Pettinato, Simone; Pampaloni, Paolo | |
| CNR-IFAC, ITALY | |
| S-F02-2 | Modeling the scattering contributions of soybean pods and corn cobs |
| Sharma, Avinash | |
| Johns Hopkins University, USA | |
| S-F02-3 | Forest Biomass estimation with ground based GNSS receivers |
| Guerriero, Leila (1); Paloscia, Simonetta (2); Pierdicca, Nazzareno (3); Santi, Emanuele (2); Martin, Francisco (4); Mollfulleda, Antonio (4) | |
| (1) Tor Vergat University of Rome, ITALY; (2) CNR-IFAC, ITALY; (3) University of Rome, ITALY; (4) STARLAB, ITALY | |
| S-F02-4 | Long-Wavelength Radar Scattering Model of Vegetated Permafrost Soils |
| Moghaddam, Mahta; Chen, Richard; Tabatabaeenejad, Alireza | |
| University of Southern California, USA | |
| S-F02-5 | SLAP's Radar Calibration and Freeze Thaw Data Analysis |
| Lang, Roger (1); Kim, Edward (2); Zhou, Yiwen (1); du Toit, Cornelis (2); De Marco, Eugenia (2); Wu, Albert (2) | |
| (1) George Washington University, USA; (2) NASA, USA | |
| S-F06-1 | Scaling Rain Attenuation as a Function of the Link Elevation |
| Machado Tomaz, Luciano; Luini, Lorenzo; Capsoni, Carlo | |
| Politecnico di Milano, ITALY | |
| S-F06-2 | Assessing radiative transfer models trained by numerical weather forecasts using Sun-tracking radiometric measurements for satellite link characterization up to W band |
| Biscarini, Marianna | |
| Sapienza University of Rome, ITALY | |
| S-F06-3 | Investigation of rain induced depolarization by means of a physically based simulator |
| Regonesi, Eric (1); Nebuloni, Roberto (2); Capsoni, Carlo (2); Luini, Lorenzo (2); Riva, Carlo (2) | |
| (1) Politecnico di Milano, ITALY; (2) Politecnico di Milano/Consiglio Nazionale delle Ricerche, ITALY | |
| S-F06-4 | AlphaSat Aldo Paraboni Experiment Q-band Receiving Station in Rome (Italy): Upgrades and Preliminary Scintillation Measurements |
| Marziani, Augusto Maria | |
| University of Rome, ITALY | |
| S-F08-1 | Micro/nano-satellite as a Platform for Space Remote-sensing |
| Takakashi, Yukihiro (1); Kurihara, Junichi (1); Kuwahara, Toshinori (2); Sato, Mitsuteru (1); Yoshida, Kazuya (2); Ishida, Testuro (1); Reising, Steven (3); Sakamoto, Yuji (2) | |
| (1) Hokkaido University, JAPAN; (2) Tohoku University, JAPAN; (3) Colorado State University, USA | |
| S-F08-2 | CubeSat based radio tomography for a rubble pile asteroid: DISCUS mission concept |
| Takala, Mika (1); Lentz, Harald (2); Bambach, Patrick (3); Deller, Jakob (3); Braun, Hans Martin (2); Vilenius, Esa (3); Pursiainen, Sampsa (1); Wittig, Manfred (4) | |
| (1) Tampere University of Technology, FINLAND; (2) RST Radar Systemtechnik Gmbh, GERMANY; (3) Max Planck Institute for Solar System Research, GERMANY; (4) MEW-Aerospace, GERMANY | |
| S-F08-3 | Assessment of operational microsatellite based SAR for Earth Observation applications |
| Praks, Jaan (1); Modrzewski, Rafal (2); Ignatenko, Vladimir (2); Laurila, Pekka (2); Antropov, Oleg (1) | |
| (1) Aalto University, FINLAND; (2) Iceye Ltd., FINLAND | |
| S-F08-4 | Nanosatellite based spectral imager Earth Observation mission results |
| Praks, Jaan (1); Nasila, Antti (2); Leppinen, Hannu (3); Niemela, Petri (1) | |
| (1) Aalto University, FINLAND; (2) VTT Technical Research Centre of Finland, FINLAND; (3) SSF, FINLAND | |
| S-F08-5 | Temporal Experiment for Storms and Tropical Systems Demonstration (TEMPEST-D): A 6U-Class Satellite Mission to Enable Temporally-Resolved Global Measurements of Clouds and Precipitation |
| Reising, Steven (1); Heneghan, Cate (2); Lim, Boon (2); Berg, Wesley (1); Padmanabhan, Sharmila (2); Brown, Shannon (2); Chandrasekar, Chandra V (1); Radhakrishnan, C. (1); Schulte, Richard (1); Gaier, Todd (2); Kummerow, Christian (1); Pallas, Matthew (3) | |
| (1) Colorado State University, USA; (2) Jet Propulsion Laboratory, USA; (3) Blue Canyon Technologies, USA | |
| S-F08-6 | Tropospheric Water and Cloud Ice (TWICE) Millimeter and Sub-millimeter Wavelength Radiometer for 6U-Class Satellites: Enabling Global Observations of Ice Cloud Particle Size and Humidity in the Upper Troposphere/Lower Stratosphere |
| Reising, Steven (1); Padmanabhan, Sharmila (2); Schlecht, Erich (2); Cofield, Richard (2); Chahat, Nacer (2); Brown, Shannon (2); Leong, Kevin (3); Mei, Gerry (3); Jiang, Jonathan (2); Bosch-Lluis, Xavier (2); Zamora, Alex (3); Kilmer, Braxton (1); Deal, William (3); Goncharenko, Yuriy (1); Shih, Sean (3); Ogut, Mehmet (1); Kangaslahti, Pekka (2) | |
| (1) Colorado State University, USA; (2) Jet Propulsion Laboratory, USA; (3) Northrop Grumman Corporation, USA | |
| S-F08-7 | 3Cat-4: a 1U Cubesat Demonstration GNSS-R Mission |
| Camps, Adriano; Ruiz de Azua, Joan Adria; Munoz-Martin, Juan Francisco | |
| Universitat Politecnica de Catalunya-BarcelonaTech, SPAIN | |
| S-G01-01 | Recent Advances in Active Ionospheric Modulation by High-Power HF Radio-waves and Sideband Detections |
| Mahmoudian, Alireza | |
| InterAmerican University of Puerto Rico, USA | |
| S-G01-02 | Characterizing Threats to GBAS Services from Ionospheric Gradients and Irregularities over the Brazilian Airspace |
| Doherty, Patricia; Pradipta, Rezy; Yizengaw, Endawoke | |
| Boston College, USA | |
| S-G01-02 | Influence of polar cap patch scintillations on GNSS receiver performance during geomagnetic disturbed conditions |
| Hoeg, Per (1); Durgonics, Tibor (2) | |
| (1) University of Oslo, NORWAY; (2) Technical University of Denmark, DENMARK | |
| S-G01-03 | Spectral Characterization of Equatorial Plasma Bubbles from High-Resolution Simulations |
| Rino, Charles (1); Carrano, Charles (1); Yokoyama, Tatsuhiro (2) | |
| (1) Boston College, USA; (2) NICT, USA | |
| S-G01-04 | Characterization of foF2 anomalies detected by the Rome ionospheric observatory during the last three solar cycles minima |
| Ippolito, Alessandro; Perrone, Loredana; Cesaroni, Claudio | |
| INGV, ITALY | |
| S-G01-05 | Analysis of the regional ionosphere at low latitudes in support of the Biomass ESA mission |
| Alfonsi, Lucilla | |
| Istituto Nazionale di Geofisica e Vulcanologia, ITALY | |
| S-G01-06 | A new method to retrieve thermospheric parameters from daytime Ne(h) observations in the F1-region |
| Perrone, Loredana (1); Mikhailov, Andrey (2) | |
| (1) INGV, Istituto Nazionale di geofisica e Vulcanologia, ITALY; (2) IZMIRAN, RUSSIAN FEDERATION | |
| S-G01-08 | New ionospheric sounding techniques and opportunities with single-frequency GNSS receivers |
| Hernandez-Pajares, Manuel | |
| Politechnical University of Cataluna, SPAIN | |
| S-G01-09 | Long-term trends in thermospheric and ionospheric parameters as the reflection of solar activity long-term variations |
| Mikhailov, Andrey (1); Perrone, Loredana (2) | |
| (1) IZMIRAN, RUSSIAN FEDERATION; (2) INGV, ITALY | |
| S-G01-10 | GPS ROTI Maps as new IGS ionospheric product characterizing the ionospheric irregularities occurrence - current stage and perspectives |
| Kotulak, Kacper (1); Krankowski, Andrzej (1); Zakharenkova, Irina (1); Cherniak, Iurii (2) | |
| (1) University of Warmia and Mazury, POLAND; (2) COSMIC Program Office, UCAR, USA | |
| S-G01-11 | Simultaneously measuring Total Electron Content with InSAR and GNSS |
| Musico, Elvira (1); De Franceschi, Giorgiana (1); Spogli, Luca (1); Cesaroni, Claudio (1); Seu, Roberto (2); Polcari, Marco (1) | |
| (1) INGV, ITALY; (2) Sapienza University of Rome, ITALY | |
| S-G01-12 | Multi-Instrument Observations of MSTIDs and Source Determination |
| Mathews, John (1); Coster, Anthea (2); Dinsmore, Ross (1); Sarkhel, Sumanta (3) | |
| (1) Penn State University, USA; (2) MIT Haystack Observatory, USA; (3) Indian Institute of Technology Roorkee, INDIA | |
| S-G01-13 | The contribution of the Ionosphere Prediction Service Project in supporting the mitigation of the ionospheric effects on radio signals |
| Cesaroni, Claudio (1); Ronchini, Roberto (2); Aquino, Marcio (3); Berrilli, Francesco (4); Vadakke Veettil, Sreeja (3); De Franceschi, Giorgiana (1); Romano, Vincenzo (1); Rodriguez, Filippo (2); Di Rollo, Stefano (2); Del Moro, Dario (4); Spogli, Luca (1); Hutchinson, Michael (5) | |
| (1) INGV, ITALY; (2) TPZ, ITALY; (3) University of Nottingham, UNITED KINGDOM; (4) UTOV, ITALY; (5) NSL, UNITED KINGDOM | |
| S-G01-14 | Ionospheric fluctuations monitored with TEC gradients and ROTI |
| Kotulak, Kacper (1); FroD, Adam (1); Krankowski, Andrzej (1); Hernandez-Pajares, Manuel (2); Cherniak, Iurii (3); Zakharenkova, Irina (1) | |
| (1) University of Warmia and Mazury, POLAND; (2) Politechnical University of Cataluna, SPAIN; (3) COSMIC Program Office, UCAR, Boulder, USA, USA | |
| S-G01-15 | Ionospheric scintillation diagnostics using LOFAR interferometer |
| Pozoga, Mariusz; Rothkaehl, Hanna; Grzesiak, Marcin; Wronowski, Roman; Budzinska, Katarzyna; Przepiorka, Dorota; Matyjasiak, Barbara | |
| Space Research Centre PAS, POLAND | |
| S-G01-P | Inter-hemispheric comparison of the ionosphere-plasmasphere system. |
| Bergeot, Nicolas (1); Habarulema, John Bosco (2); Chevalier, Jean-Marie (1) | |
| (1) Royal Observatory of Belgium, BELGIUM; (2) SANSA, SOUTH AFRICA | |
| S-G02-01 | NTCM based modelling approaches for the estimation of ionospheric key parameters |
| Hoque, Mohammed Mainul; Jakowski, Norbert | |
| German Aerospace Center (DLR), GERMANY | |
| S-G02-02 | From ionospheric weather nowcast to forecast: 1. Choice of IRTAM basis |
| Galkin, Ivan (1); Bilitza, Dieter (2); Reinisch, Bodo (3); Song, Paul (1) | |
| (1) University of Massachusetts Lowell, USA; (2) George Mason University, USA; (3) Digisonde.com, USA | |
| S-G02-03 | NeQuick model and GNSS-derived TEC comparison over the last two solar cycles |
| Nava, Bruno (1); Azpilicueta, Francisco (2) | |
| (1) ICTP, ITALY; (2) Universidad Nacional de La Plata - CONICET, ARGENTINA | |
| S-G02-04 | Considerations for NeQuick G speed optimization |
| Orus Perez, Raul (1); Grosu, Alex (2); Kashcheyev, Anton (3); Scortan, Sorin (2); Nava, Bruno (3) | |
| (1) ESA, FRANCE; (2) CS-Romania, ROMANIA; (3) ICTP, ITALY | |
| S-G02-05 | Ionospheric Storm Variability in the Empirical Canadian High Arctic Ionospheric Model (E-CHAIM) |
| Themens, David; Jayachandran, P.T. | |
| University of New Brunswick, CANADA | |
| S-G02-07 | A Combined Ensemble Kalman and Particle Filter for Ionospheric Data Assimilation |
| Elvidge, Sean (1); Nava, Bruno (2); Angling, Matthew (1) | |
| (1) University of Birmingham, UNITED KINGDOM; (2) ICTP, ITALY | |
| S-G02-08 | An ensemble Kalman filter algorithm for ionospheric characterization and forecasting |
| Rabidoux, Scott; Calfas, Roy; Gaussiran, Thomas | |
| The University of Texas at Austin, USA | |
| S-G02-09 | Development of improved ionospheric empirical model and software for HF ray tracing |
| Klimenko, Maxim (1); Bessarab, Pavel (2); Zhbankov, Gennady (3); Ratovsky, Konstantin (4); Nosikov, Igor (5); Blagoveshchensky, Donat (6); Kotova, Daria (1); Pustovalova, Lubov (7); Klimenko, Vladimir (1); Bessarab, Fedor (8); Chirik, Nickolay (1); Zakharenkova, Irina (1); Karpachev, Alexander (7) | |
| (1) West Department of Pushkov Institute of Terrestrial Magnetism, Ionosphere and Radio Wave Propagation, RUSSIAN FEDERATION; (2) Science Institute of the University of Iceland, ICELAND; (3) , RUSSIAN FEDERATION; (4) RAS, RUSSIAN FEDERATION; (5) Immanuel Kant Baltic Federal University, RUSSIAN FEDERATION; (6) RUSSIAN FEDERATION, ; (7) IZMIRAN, RUSSIAN FEDERATION; (8) , | |
| S-G02-10 | Near Real-Time Background Ionospheric model update by using GPS-TEC and NmF2 for HF Communication Links |
| Koroglu, Ozan (1); Arikan, Feza (1); Gulyaeva, Tamara (2) | |
| (1) Hacettepe University, TURKEY; (2) IZMIRAN, TURKEY | |
| S-G02-11 | Satellite model of foF2 in the high-latitude winter ionosphere of the Northern and Southern hemispheres |
| Karpachev, Alexander | |
| IZMIRAN, RUSSIAN FEDERATION | |
| S-G02-12 | Ground-Based GNSS Data for the Ionosphere Model Correction at high-latitudes |
| Kotova, Daria (1); Ovodenko, Vladimir (2); Yasyukevich, Yury (3); Mylnikov, Anna (3); Klimenko, Maxim (4) | |
| (1) West Department of Pushkov Institute of Terrestrial Magnetism, Ionosphere and Radio Wave Propagation, RUSSIAN FEDERATION; (2) JSC Scientific Research Institute for Long-Distance Radiocommunication, RUSSIAN FEDERATION; (3) SB RAS, RUSSIAN FEDERATION; (4) West Department of Pushkov Institute of Terrestrial Magnetism, Ionosphere and Radio Wave Propagation, RUSSIAN FEDERATION | |
| S-G02-13 | OIASA oblique ionograms automatic scaling algorithm application to the ionograms recorded by Ebro observatory ionosonde |
| Ippolito, Alessandro (1); Blanch, Estefania (2); Scotto, Carlo (1); Altadill, David (2) | |
| (1) INGV, ITALY; (2) Observatori de l'Ebre, SPAIN | |
| S-G02-14 | A method to evaluate the accuracy of ionospheric tomographic reconstructions using incoherent scatter radar scans |
| Bruno, Jon; Mitchell, Cathryn; Bolmgren, Karl | |
| University of Bath, UNITED KINGDOM | |
| S-G02-P | Comparison of solar-ionospheric indices for the foF2 modeling |
| Shubin, V. | |
| RAS, RUSSIAN FEDERATION | |
| S-G03-1 | Directional and Time Analysis of Wave-like Ionospheric Disturbances over Turkey Using Near Real Time Indicator DROT |
| Koroglu, Meltem; Arikan, Feza | |
| Hacettepe University, TURKEY | |
| S-G03-2 | Repeatability Investigation of BeiDou Receiver Differential Code Bias |
| Abdelazeem, Mohamed | |
| Faculty of Engineering, EGYPT | |
| S-G03-3 | Identification of travelling ionospheric disturbances in the ionosphere using GPS with independent verification |
| Bolmgren, Karl (1); Bust, Gary (2); Mitchell, Cathryn (1); Bruno, Jon (1) | |
| (1) University of Bath, UNITED KINGDOM; (2) The Johns Hopkins University Applied Physics Laboratory, USA | |
| S-G03-4 | On the Accuracy of the GPS L2 Observable for Ionospheric Monitoring |
| McCaffrey, Anthony (1); Sleewaegen, Jean-Marie (2); Langley, Richard B. (1); Jayachandran, P.T. (1) | |
| (1) University of New Brunswick, CANADA; (2) Serpentrio, BELGIUM | |
| S-G04-1 | GPS Precise Point Positioning Techniques for Estimating Topside Ionospheric Total Electron Content using CASSIOPE GAP Measurements: Update |
| Nicholson, Heather; Langley, Richard B. | |
| University of New Brunswick, CANADA | |
| S-G04-2 | Zenith Total Electron Content from the EUMETSAT Metops/GRAS instruments |
| Notarpietro, Riccardo; Marquardt, Christian; Andres, Yago; von Engeln, Axel | |
| EUMETSAT, GERMANY | |
| S-G04-3 | Characteristics of Medium-Scale F-region Plasma Irregularities at Equatorial and Mid Latitudes, as Observed by COSMIC Radio Occultation Receivers |
| Watson, Chris | |
| University Corporation for Atmospheric Research, USA | |
| S-G04-4 | Monitoring and modelling the plasmasphere by space based GNSS measurements (Invited) |
| Jakowski, Norbert; Hoque, Mohammed Mainul | |
| German Aerospace Center (DLR), GERMANY | |
| S-G04-5 | Climatological behavior of the topside ionospheric-plasmaspheric electron content above Antarctica |
| Bergeot, Nicolas (1); Chevalier, Jean-Marie (1); Pierrard, Viviane (2); Darrouzet, Fabien (2) | |
| (1) Royal Observatory of Belgium, BELGIUM; (2) Belgian Institute for Space Aeronomy, BELGIUM | |
| S-G04-P | VARIATION OF TOTAL ELECTRON CONTENT WITH SUNSPOT NUMBER DURING THE ASCENDING AND MAXIMUM PHASES OF SOLAR CYCLE 24 AT BIRNIN-KEBBI |
| Somoye, Emmanuel; Onori, Eugene; Ogwala, Aghogho | |
| Lagos State University, NIGERIA | |
| S-G05-1 | Ionospheric Density Irregularities, Turbulence, and Wave Disturbances during the Total Solar Eclipse over North America on 21 August 2017 |
| Doherty, Patricia; Yizengaw, Endawoke; Pradipta, Rezy | |
| Boston College, USA | |
| S-G05-2 | The D-region response to the 2017 Total Solar Eclipse: Observations and Modeling |
| Marshall, Robert (1); Kero, Antti (2); Marsh, Daniel (3); Drob, Douglas (4); Turunen, Esa (5); Xu, Wei (1) | |
| (1) University of Colorado Boulder, USA; (2) Sodankyla Geophysical Observatory, FINLAND; (3) National Center for Atmospheric Research, USA; (4) Naval Research Laboratory, USA; (5) Sodankyla Geophysical Observatory, FINLAND | |
| S-G05-3 | e-POP’s measurements of the topside ionosphere’s response to the 2017 solar eclipse |
| Perry, Gareth (1); Farrow, Robert (2); Bernhardt, Paul (3); Themens, David (4); James, H. Gordon (1); Watson, Chris (5); Howarth, Andrew (1); Yau, Andrew (1); Huba, Joseph (3) | |
| (1) University of Calgary, CANADA; (2) , ; (3) Naval Research Laboratory, USA; (4) University of New Brunswick, CANADA; (5) The University Corporation for Atmospheric Research, USA | |
| S-G05-4 | Investigation of the electron density variation during the August 21, 2017 Solar Eclipse |
| Reinisch, Bodo (1); Hamel, Ryan (2); Dandeneault, Patrick (3); Richards, Phil (4); Galkin, Ivan (5) | |
| (1) Digisonde.com, USA; (2) Lowell Digisonde International, USA; (3) Appl. Physics Laboratory, Johns Hopkins University, USA; (4) George Mason University, USA; (5) University of Massachusetts Lowell, USA | |
| S-G05-5 | Ionospheric impact of the solar eclipse on 21 August 2017 |
| Jakowski, Norbert; Hoque, Mohammed Mainul; Kriegel, Martin; Banys, Daniela | |
| German Aerospace Center (DLR), GERMANY | |
| S-G05-6 | Ionospheric Signatures of the 21 August 2017 Solar Eclipse |
| Coster, Anthea (1); Goncharenko, Larisa (1); Zhang, Shunrong (1); Erickson, Philip (1); Vierinen, Juha (2); Rideout, William (1) | |
| (1) MIT Haystack Observatory, USA; (2) University of Tromso, Norway, USA | |
| S-G05-P | Ionospheric disturbances due to the 2017 American solar eclipse detected at a European observatory |
| Verhulst, Tobias; Stankov, Stanimir | |
| Royal Meteorological Institute, BELGIUM | |
| S-G06-01 | Polar region Scintillation research in the GPS Era - What went wrong in the last several years? |
| Jayachandran, P.T. (1); Hamza, Abdelhaq (1); Zhang, Qing-He (2); McCaffrey, Anthony (1); Wang, Yong (2) | |
| (1) University of New Brunswick, CANADA; (2) Shandong University, CHINA CIE | |
| S-G06-02 | Simulating ionospheric scintillation of GPS signals for resilient PNT testing (Invited) |
| Pinto Jayawardena, Talini (1); Bruno, Jon (2); Buesnel, Guy (1); Bolmgren, Karl (2); Mitchell, Cathryn (2); Watson, Robert (2); Boyles, Richard (1); Forte, Biagio (2) | |
| (1) Spirent Communications, UNITED KINGDOM; (2) University of Bath, UNITED KINGDOM | |
| S-G06-03 | Comparison of propagation of GNSS signals from plasma instabilities generated using a plasma model combined with a configuration space model and a spectral model (Invited) |
| Deshpande, Kshitija (1); Zettergren, Matt (1); Rino, Charles (2); Conroy, James (3) | |
| (1) Embry-Riddle Aeronautical University, USA; (2) Boston College, University of Colorado Boulder, USA; (3) Virginia Tech, JHUAPL, USA | |
| S-G06-04 | GNSS scintillations in Siberia during 2014-2017 |
| Yasyukevich, Yury | |
| ISTP SB RAS, RUSSIAN FEDERATION | |
| S-G06-05 | Long-duration Structure in LOFAR Dynamic Spectrum Observations of mid-Latitude Ionospheric Scintillation |
| Fallows, Richard (1); Forte, Biagio (2); Krankowski, Andrzej (3) | |
| (1) ASTRON, NETHERLANDS; (2) University of Bath, UNITED KINGDOM; (3) University of Warmia and Mazury, POLAND | |
| S-G06-06 | Identifying E and F Region Irregularities with a Scintillation Auroral GPS Array (Invited) |
| Datta-Barua, Seebany (1); Deshpande, Kshitija (2); Hampton, Donald (3); Bust, Gary (4); Sreenivash, Vaishnavi (1); Su, Yang (1) | |
| (1) Illinois Institute of Technology, USA; (2) Embry-Riddle Aeronautical University, USA; (3) University of Alaska Fairbanks, USA; (4) The Johns Hopkins University Applied Physics Laboratory, USA | |
| S-G06-07 | High-latitude ionospheric scintillations during geomagnetic disturbances (Invited) |
| Zou, Shasha (1); Morton, Jade (2); Ozturk, Doga (1) | |
| (1) University of Michigan, USA; (2) University of Colorado, Boulder, USA | |
| S-G06-08 | The ultimate ionospheric scintillation climatology over Svalbard |
| Alfonsi, Lucilla; Hunstad, Ingrid; De Franceschi, Giorgiana; Spogli, Luca; Romano, Vincenzo; Cesaroni, Claudio | |
| INGV, ITALY | |
| S-G06-09 | Scintillation Monitoring and Feature Analysis Using Multi-Frequency GNSS Receivers |
| Morton, Jade | |
| University of Colorado, Boulder, USA | |
| S-G06-10 | Auroral Scintillation Monitoring for GNSS (Invited) |
| Skone, Susan | |
| University of Calgary, CANADA | |
| S-G06-11 | New frontiers in Auroral Plasma Dynamics inferred from dense GNSS receiver array Observations (Invited) |
| Mrak, Sebastijan (1); Pankratius, Victor (2); Nishimura, Toshi (1); Erickson, Philip (2); Semeter, Joshua (1) | |
| (1) Boston University, USA; (2) MIT Haystack Observatory, USA | |
| S-G07-01 | Russian National Ionospheric Network |
| Pulinets, Sergey | |
| Space Research Institute (IKI), Russian Academy of Sciences, RUSSIAN FEDERATION | |
| S-G07-02 | Improving Signal-to-Noise Ratio in Oblique Ionosonde Soundings Using New Hardware Capability of the DPS4D Ionosonde |
| Verhulst, Tobias (1); Reinisch, Bodo (2); Altadill, David (3); Galkin, Ivan (4); Kozlov, Alexander (5); Belehaki, Anna (6); Blanch, Estefania (3); Stankov, Stanimir (1) | |
| (1) Royal Meteorological Institute, BELGIUM; (2) Digisonde.com, USA; (3) Observatori de l'Ebre, SPAIN; (4) Borealis Global Designs, Ltd, USA; (5) University of Massachusetts Lowell, USA; (6) National Observatory of Athens, GREECE | |
| S-G07-03 | Testing Ionospheric models for precise positioning |
| Orus Perez, Raul (1); Hernandez-Pajares, Manuel (2); Garcia-Fernandez, Miquel (3); wielgosz, Pawel (4); Garcia-Rigo, Alberto (5) | |
| (1) ESA, FRANCE; (2) UPC/IonSAT, USA; (3) Rokubun, SPAIN; (4) UWM, POLAND; (5) UPC/IonSAT, USA | |
| S-G07-04 | The International Space Weather Initiative (ISWI) instruments in Germany |
| Borries, Claudia; Banys, Daniela; Berdermann, Jens; Jakowski, Norbert | |
| German Aerospace Center (DLR), GERMANY | |
| S-G07-05 | Real-time mapping of VTEC and slab thickness in cooperation of IGS' GNSS and GIRO sensor networks |
| FroD, Adam (1); Krankowski, Andrzej (1); Bilitza, Dieter (2); Roma Dollase, David (3); Kotulak, Kacper (1); Hernandez-Pajares, Manuel (3); Cherniak, Iurii (4); Reinisch, Bodo (5); Zakharenkova, Irina (1); Galkin, Ivan (6) | |
| (1) University of Warmia and Mazury, POLAND; (2) George Mason University, USA; (3) Universitat Politecnica de Catalunya, USA; (3) Politechnical University of Cataluna, SPAIN; (4) COSMIC Program Office, UCAR, USA; (5) Digisonde.com, USA; (6) University of Massachusetts Lowell, USA | |
| S-G07-06 | Realistic Ionosphere: real-time ionosonde service for UN International Space Weather Initiative |
| Galkin, Ivan (1); Reinisch, Bodo (2) | |
| (1) University of Massachusetts Lowell, USA; (2) Digisonde.com, USA | |
| S-G07-08 | Assessment methodology for global ionospheric maps of electron content and potential adaptation to real-time |
| Hernandez-Pajares, Manuel | |
| Politechnical University of Cataluna, SPAIN | |
| S-G07-09 | Mapping the D-region Ionosphere by VLF Propagation Model Inversion |
| Gasdia, Forrest; Marshall, Robert | |
| University of Colorado Boulder, USA | |
| S-G07-10 | Improvements in electron density definition in Autoscala program |
| Scotto, Carlo (1); Sgrigna, Vittorio (2); Sabbagh, Dario (1); Ippolito, Alessandro (1) | |
| (1) INGV, Istituto Nazionale di geofisica e Vulcanologia, ITALY; (2) Universita Roma Tre, ITALY | |
| S-G07-11 | Travelling Ionospheric Disturbances nowcasting HF-based methodology and its validation with GNSS-TEC analysis techniques |
| Belehaki, Anna | |
| National Observatory of Athens, GREECE | |
| S-GE-1 | Global Electric Circuit as engine of seismo-ionospheric coupling. Concept validation within the framework of INSPIRE project. |
| Kotulak, Kacper (1); Zakharenkova, Irina (1); Cherniak, Iurii (1); Rothkaehl, Hanna (2); FroD, Adam (1); Krankowski, Andrzej (1); Hernandez-Pajares, Manuel (3); Pulinets, Sergey (4); Davidenko, Dimitry (5) | |
| (1) University of Warmia and Mazury, POLAND; (2) Space Research Centre PAS, POLAND; (3) Politechnical University of Cataluna, SPAIN; (4) Space Research Institute (IKI), Russian Academy of Sciences, RUSSIAN FEDERATION; (5) Russian Academy of Sciences, RUSSIAN FEDERATION | |
| S-GE-2 | Global Electric Circuit as a medium for inter-geospheres coupling |
| Pulinets, Sergey | |
| Russian Academy of Sciences, RUSSIAN FEDERATION | |
| S-GE-3 | On the impact of disturbed weather regions on the global electric circuit |
| Shatalina, Maria; Klimenko, Vladimir | |
| Institute of Applied Physics Russian Academy of Science, RUSSIAN FEDERATION | |
| S-GE-4 | Investigation of the GEC sensitivity to the natural and anthropogenic perturbations of the conductivity and thunderstorm generators |
| Mareev, Evgeny; Slyunyaev, Nikolay | |
| Russian Academy of Sciences, RUSSIAN FEDERATION | |
| S-GH-01 | High-Power Large-Aperture radar echoes - possibly due to long-distance and high-altitude meteor echoes |
| Ovodenko, Vladimir (1); Harri, Ari-Matti (2); Tytin, Ilya (1); Uspensky, Mikhail (2) | |
| (1) JSC Scientific Research Institute for Long-Distance Radiocommunication, RUSSIAN FEDERATION; (2) Finnish Meteorological Institute, FINLAND | |
| S-GH-02 | Differences between hypervelocity impacts observed by the Cluster and the MMS satellites |
| Pellinen-Wannberg, Asta (1); Hamrin, Maria (1); Kero, Johan (2); Vaverka, Jakub (3); Norberg, Carol (1); De Spiegeleer, Alexandre (1); Mann, Ingrid (4) | |
| (1) Umea University , SWEDEN; (1) Umea University, SWEDEN; (2) Swedish Institute of Space Physics, SWEDEN; (3) Charles University, SWEDEN; (1) Umea University , SWEDEN; (1) Umea University, SWEDEN; (4) The Arctic University of Norway, NORWAY | |
| S-GH-03 | Annual variations in meteor shower fluxes from radar observations |
| Campbell-Brown, Margaret | |
| University of Western Ontario, CANADA | |
| S-GH-04 | Meteor Radio Afterglows: HF and VHF Radio Emission from Meteor Trails |
| Obenberger, Kenneth (1); Taylor, Gregory (2) | |
| (1) AFRL, USA; (2) University of New Mexico, USA | |
| S-GH-05 | Determining all ambiguities in direction of arrival measured by radar systems |
| Kastinen, Daniel | |
| Swedish Institute of Space Physics, SWEDEN | |
| S-GH-06 | Conjuring Radar Meteor Head-Echoes |
| Mathews, John | |
| Penn State University, USA | |
| S-GH-07 | Space debris observation potential with EISCAT 3D |
| Vierinen, Juha (1); Kastinen, Daniel (2); Grydeland, Tom (3); McKay, Derek (1); Krag, Holger (4); Kero, Johan (2); Kebschull, Christopher (5); Rynestad, Elisabeth (1) | |
| (1) University of Tromso, NORWAY; (2) Swedish Institute of Space Physics, SWEDEN; (3) Norut, NORWAY; (4) ESA, GERMANY; (5) TU Braunschweig, GERMANY | |
| S-GH-08 | Complex Plane Specular Meteor Radar Interferometry (Invited) |
| Vaudrin, Cody (1); Palo, Scott (2); Chau, Jorge (3) | |
| (1) Jet Propulsion Laboratory, USA; (2) University of Colorado at Boulder, USA; (3) Leibniz-Institute of Atmospheric Physics , SWITZERLAND | |
| S-GH-09 | Study of meteor echoes with the BRAMS radio interferometer |
| Lamy, Herve (1); Ranvier, Sylvain (1); Martinez Picar, Antonio (2); Tetard, Cedric (1); Verbeeck, Cis (2); Calders, Stijn (1); Anciaux, Michel (1) | |
| (1) Royal Belgian Institute for Space Aeronomy, BELGIUM; (2) Royal Observatory of Belgium, BELGIUM | |
| S-GH-10 | Meteor radar masses derived from single- and dual-frequency head-echo observations and model inversion |
| Marshall, Robert (1); Stober, Gunter (2); Kero, Johan (3); Brown, Peter (4); Schult, Carsten (2) | |
| (1) University of Colorado Boulder, USA; (2) Liebniz-Institute for Atmospheric Physics, GERMANY; (3) Swedish Institute of Space Physics, SWEDEN; (4) University of Western Ontario, CANADA | |
| S-GH-P | Gas heating and chemical impact of plasma-related Transient Luminous Events in planetary upper atmospheres |
| Parra-Rojas, Francisco | |
| Inter American University of Puerto Rico, USA | |
| S-H01-01 | Multi-Year Measurements of Radiation Belt Electrons: Acceleration, Transport, and Loss (Invited) |
| Baker, Daniel | |
| LASP,. CU Boulder, USA | |
| S-H01-02 | A Statistical Survey of Radiation Belt Dropouts Observed by Van Allen Probes (Invited) |
| Tu, Weichao (1); Ni, Binbin (2); Xiang, Zheng (2) | |
| (1) West Virginia University, USA; (2) Wuhan University, CHINA CIE | |
| S-H01-03 | Explaining the Apparent Impenetrable Barrier to Ultra-relativistic Electrons in the Outer Van Allen Belt (Invited) |
| Ozeke, Louis; Mann, Ian | |
| University of Alberta, CANADA | |
| S-H01-04 | Van Allen Probe Database of Near-Equatorial Electric Drift Measurements: the Gateway to Informed Modeling of Plasma Transport in the Earth's Inner Magnetosphere (Invited) |
| Lejosne, Solene; Mozer, Forrest | |
| University of California, Berkeley, USA; () University of California, Berkeley, USA | |
| S-H01-05 | Long-term correlation of EMIC wave activity and radiation belt flux variations |
| Usanova, Maria | |
| LASP, USA | |
| S-H01-06 | A Statistical Survey of Radiation Belt Electron Dropouts |
| Xiang, Zheng (1); Tu, Weichao (2); Ni, Binbin (1) | |
| (1) Wuhan University, CHINA CIE; (2) West Virginia University, USA | |
| S-H01-07 | Survey of quasiperiodic emissions observed by the Van Allen Probes spacecraft |
| Nemec, Frantisek (1); Kurth, William (2); Santolik, Ondrej (3); Kletzing, Craig (2); Bezdekova, Barbora (1); Hospodarsky, George (2) | |
| (1) Charles University, CZECH REPUBLIC; (2) University of Iowa, USA; (3) Institute of Atmospheric Physics CAS, Prague, CZECH REPUBLIC | |
| S-H01-08 | Conjugate ground and Van Allen Probes observations of narrow-band VLF hiss emissions |
| Demekhov, Andrei (1); Titova, Elena (1); Turunen, Tauno (2); Manninen, Jyrki (2); Santolik, Ondrej (3); Larchenko, Alexey (1); Pasmanik, Dmitry (4) | |
| (1) Polar Geophysical Institute, RUSSIAN FEDERATION; (2) Sodanlyla Geophysical Observatory, FINLAND; (3) CAS, CZECH REPUBLIC; (4) Institute of Applied Physics RAS, RUSSIAN FEDERATION | |
| S-H01-09 | Injections of Near-Relativistic and Relativistic Electrons into Earths Radiation Belts |
| Turner, Drew L | |
| The Aerospace Corporation, USA | |
| S-H01-10 | Deep penetration of energetic electrons and ions into the low L region (L<4) (Invited) |
| Zhao, Hong (1); Li, Xinlin (1); Fennell, Joseph (2); Califf, Samuel (3); Baker, Daniel (1); Blake, J. Bernard (2); Turner, Drew (4); Leonard, Trevor (1); Spence, Harlan (5); Kanekal, Shrikanth (6); Claudepierre, Seth (4); Reeves, Geoffrey (7); Jaynes, Allison (8) | |
| (1) University of Colorado Boulder, USA; (2) The Aerospace Corporation, USA; (3) Cooperative Institute for Research in Environmental Sciences, USA; (4) Space Sciences Department, Aerospace Corporation, USA; (5) University of New Hampshire, USA; (6) NASA Goddard Space Flight Center, USA; (7) Los Alamos National Laboratory, USA; (8) University of Iowa, USA | |
| S-H01-11 | Low energy (keV) O+ ion outflow directly into the inner magnetosphere: Van Allen Probes observations (Invited) |
| Gkioulidou, Matina (1); Ukhorskiy, Aleksandr (1); Wygant, John (2); Kletzing, Craig (3); Spence, Harlan (4); Ohtani, Shinichi (1); Takahashi, Kazue (1); Mitchell, Donald (1) | |
| (1) JHU/APL, USA; (2) Univ. of Minnesota, USA; (3) Univ. of Iowa, USA; (4) University of New Hampshire, USA | |
| S-H01-12 | Quantitative Assessment of CRAND Contribution to the Relativistic Electrons in the Inner Belt and Slot Region (Invited) |
| Li, Xinlin | |
| University of Colorado, USA | |
| S-H01-13 | Probability Distributions of Whistler-Mode Chorus Wave Amplitudes Observed in the Inner Magnetosphere (Invited) |
| Malaspina, David (1); Elkington, Scot (1); Chan, Anthony (2); Jaynes, Allison (3) | |
| (1) University of Colorado, USA; (2) Rice University, USA; (3) University of Iowa, USA | |
| S-H01-14 | Spatial and temporal variability of whistler mode emissions in the Earth's inner magnetosphere (Invited) |
| Santolik, Ondrej | |
| Institute of Atmospheric Physics CAS, Prague, CZECH REPUBLIC | |
| S-H01-15 | Quasilinear Analysis of Saturation Properties of Broadband Whistler Mode Waves (Invited) |
| Tao, Xin (1); Chen, Lunjin (2); Liu, Xu (2) | |
| (1) University of Science and Technology of China, CHINA CIE; (2) The University of Texas at Dallas, USA | |
| S-H01-16 | The impact of interplanetary shocks on whistler mode waves (Invited) |
| Yue, Chao (1); Bortnik, Jacob (1); Zhao, Hong (2) | |
| (1) UCLA, USA; (2) University of Colorado, USA | |
| S-H01-17 | Observations Directly Linking Relativistic Electron Microbursts to Whistler Mode Chorus: Van Allen Probes and FIREBIRD II (Invited) |
| Breneman, Aaron | |
| University of Minnesota, USA | |
| S-H01-18 | Conjugate ground-spacecraft observations of VLF chorus elements |
| Demekhov, Andrei (1); Santolik, Ondrej (3); Manninen, Jyrki (2); Titova, Elena (1) | |
| (1) Polar Geophysical Institute, RUSSIAN FEDERATION; (3) CAS, CZECH REPUBLIC; (2) Sodankyla Geophysical Observatory, FINLAND | |
| S-H01-19 | A Sheath Impedance Model for the Van Allen Probes EFW Instrument |
| Hartley, David (1); Hospodarsky, George (1); Wygant, John (2); Averkamp, Terrance (1); Bonnell, John (3); Santolik, Ondrej (4); Bounds, Scott (1); Kurth, William (1); Kletzing, Craig (1) | |
| (1) University of Iowa, USA; (2) University of Minnesota, USA; (3) EC Berkeley, USA; (4) CAS, CZECH REPUBLIC | |
| S-H01-20 | Global Radiation Belt Modeling: Combined MHD, Ring Current and Test Particle Simulations (Invited) |
| Sorathia, Kareem | |
| Johns Hopkins Applied Physics Lab, USA | |
| S-H01-21 | Diffusion Modeling of Electrons in the Inner Zone and Slot Region (Invited) |
| Albert, Jay | |
| Air Force Research Lab, USA | |
| S-H01-22 | Global Model of Plasmaspheric Hiss from Multiple Satellite Observations (Invited) |
| Meredith, Nigel | |
| British Antarctic Survey, UNITED KINGDOM | |
| S-H01-23 | Cross-Energy Coupling in the Inner Magnetosphere: Simulations and Comparisons with Van Allen Probe Observations (Invited) |
| Jordanova, Vania; Cowee, Misa; Henderson, Michael; Chen, Yue; Morley, Steve | |
| Los Alamos National Laboratory, USA | |
| S-H01-24 | Ion Trapping and Acceleration at Dipolarization Fronts: High-Resolution MHD/Test-Particle Simulations |
| Ukhorskiy, Aleksandr | |
| JHU/APL, USA | |
| S-H01-25 | Observations and Quasi-linear Fokker-Planck Simulations of the Quiet Decay of Radiation Belts Electrons in March 2013 (Invited) |
| Ripoll, Jean | |
| CEA, FRANCE | |
| S-H01-26 | Microinjections and Drift Shell “Shredding” (Invited) |
| Spence, Harlan (1); Turner, Drew L (2); Kavosi, Shiva (1); Fennell, Joseph (2) | |
| (1) University of New Hampshire, USA; (2) The Aerospace Corporation, USA | |
| S-H01-27 | Recent Results From The Electric and Magnetic Field Instrument Suite and Integrated Science (EMFISIS) on the Van Allen Probes |
| Kletzing, Craig | |
| Univ. of Iowa, USA | |
| S-H01-28 | Estimating energetic electron densities in the Radiation Belt using statistical chorus wave amplitudes |
| Lichtenberger, Janos (1); Juhasz, Lilla (1); Omura, Yoshiharu (2) | |
| (1) Eotvos University, HUNGARY; (2) Kyoto University, JAPAN | |
| S-H02-01 | Global distribution of ULF waves during magnetic storms on 27 March and 4 April, 2017: BATSRUS+CRCM and Arase observations comparison |
| Takahashi, Naoko (1); Teramoto, Mariko (2); Mei-Ching, Fok (3); Matsuoka, Ayako (4); Higashio, Nana (5); Seki, Kanako (1) | |
| (1) University of Tokyo, JAPAN; (2) Nagoya University, JAPAN; (3) NASA GSFC, USA; (4) ISAS/JAXA, JAPAN; (5) JAXA, JAPAN | |
| S-H02-02 | Contribution from proton and oxygen ions to plasma pressure in the Earth's inner magnetosphere: Arase (ERG) observations |
| Keika, Kunihiro (1); Nose, Masahito (2); Yokota, Shoichiro (3); Kasahara, Satoshi (1); Hoshino, Masahiro (1); Miyoshi, Yoshizumi (4); Shinohara, Iku (5); Seki, Kanako (1); Amano, Takanobu (1) | |
| (1) The University of Tokyo, JAPAN; (2) Kyoto University, JAPAN; (3) Osaka University, JAPAN; (4) Nagoya University, JAPAN; (5) ISAS/JAXA, JAPAN | |
| S-H02-03 | Initial results of EMIC observation by MGF-Arase |
| Nomura, Reiko (1); Shoji, Masafumi (2); Keika, Kunihiro (3); Miyoshi, Yoshizumi (2); Fujimoto, Akiko (4); Kasahara, Yoshiya (5); Kasaba, Yasumasa (6); Kurita, Satoshi (2); Matsuda, Shoya (2); Nose, Masahito (7); Matsuoka, Ayako (8); Tanaka, Yoshimasa (9); Shinohara, Manabu (10); Teramoto, Mariko (2); Ishizaka, Keigo (11) | |
| (1) JAXA, JAPAN; (2) Nagoya University, JAPAN; (3) The University of Tokyo, JAPAN; (4) ICSWSE, JAPAN; (5) Kanazawa University, JAPAN; (6) Tohoku University, JAPAN; (7) Kyoto University, JAPAN; (8) ISAS/JAXA, JAPAN; (9) NIPR, JAPAN; (10) Kagoshima National College of Technology, JAPAN; (11) Toyama Prefectural University, JAPAN | |
| S-H02-04 | Strategy of EMIC Wave Observation by Arase/PWE and its Initial Results |
| Matsuda, Shoya (1); Kasaba, Yasumasa (2); Shoji, Masafumi (1); Teramoto, Mariko (1); Kurita, Satoshi (1); Miyoshi, Yoshizumi (1); Matsuoka, Ayako (3); Kasahara, Yoshiya (4); Ishisaka, Keigo (5); Nomura, Reiko (6) | |
| (1) Nagoya University, JAPAN; (2) Tohoku University, JAPAN; (3) ISAS/JAXA, JAPAN; (4) Kanazawa University, JAPAN; (5) Toyama Prefecture University, JAPAN; (6) JAXA, JAPAN | |
| S-H02-05 | Observation of relativistic electron loss induced by EMIC waves: Arase, Van Allen Probes, and PWING induction magnetometer array collaboration |
| Kurita, Satoshi (1); Shiokawa, Kazuo (1); Blake, J. Bernard (2); Mitani, Takefumi (3); Matsuoka, Ayako (4); Takashima, Takeshi (4); Shinohara, Iku (4); Higashio, Nana (5); Miyoshi, Yoshizumi (1) | |
| (1) Nagoya University, JAPAN; (2) The Aerospace Corporation, JAPAN; (3) Institute for Space and Astronautical Science, JAPAN; (4) ISAS/JAXA, JAPAN; (5) JAXA, JAPAN | |
| S-H02-06 | Instantaneous Frequency Analysis on Nonlinear EMIC Emissions: Arase Observation |
| Shoji, Masafumi (1); Omura, Yoshiharu (2); Ishisaka, Keigo (3); Kasahara, Yoshiya (4); Matsuoka, Ayako (5); Takashima, Takeshi (5); Matsuda, Shoya (1); Teramoto, Mariko (1); Shinohara, Iku (5); Miyoshi, Yoshizumi (1); Yagitani, Satoshi (6) | |
| (1) Nagoya University, JAPAN; (2) Kyoto University, JAPAN; (3) Toyama Prefecture University, JAPAN; (4) Kanazawa University, JAPAN; (5) ISAS/JAXA, JAPAN; (6) Kanazawa University, JAPAN | |
| S-H02-07 | Arase (ERG) Observations of Electron Scattering by Chorus Waves near the Magnetospheric Equator |
| Kasahara, Satoshi (1); Mitani, Takefumi (2); Seki, Kanako (1); Matsuoka, Ayako (3); Yokota, Shoichiro (4); Frey, Harald (5); Kurita, Satoshi (6); Keika, Kunihiro (1); Kazama, Yoichi (7); Angelopoulos, Vassilis (8); Miyoshi, Yoshizumi (6); Kumamoto, Atsushi (9); Matsuda, Shoya (6); Shinohara, Iku (3); Kasahara, Yoshiya (10) | |
| (1) The University of Tokyo, JAPAN; (2) Institute for Space and Astronautical Science, JAPAN; (3) ISAS/JAXA, JAPAN; (4) Osaka University, JAPAN; (5) Berkeley Institute for Data Science, USA; (6) Nagoya University, JAPAN; (7) ASIAA, TAIWAN; (8) UCLA IGPP, USA; (9) Tohoku University, JAPAN; (10) Kanazawa University, JAPAN | |
| S-H02-08 | Numerical study of high frequency modulation of electron precipitation by a whistler chorus element observed by Arase satellite |
| Saito, Shinji | |
| Nagoya University, JAPAN | |
| S-H02-09 | Rapid flickering of pulsating proton aurora associated with Pc1 geomagnetic pulsations at subauroral latitudes: PWING ground observations as part of Arase-ground coordination |
| Ozaki, Mitsunori (1); Shiokawa, Kazuo (2); Ebihara, Yusuke (3); Yagitani, Satoshi (1); Kataoka, Ryuho (4); Miyoshi, Yoshizumi (2); Connors, Martin (5) | |
| (1) Kanazawa University, JAPAN; (2) Nagoya University, JAPAN; (3) Kyoto University, JAPAN; (4) , JAPAN; (5) Athabasca University, JAPAN | |
| S-H02-10 | Properties of quasi-periodical VLF emissions from ground-space conjunctions and multi-point observations |
| Martinez-Calderon, Claudia (1); Kasahara, Yoshiya (2); Shiokawa, Kazuo (3); Ruohoniemi, J. Michael (4); Kumamoto, Atsushi (1); Tsuchiya, Fuminori (1); Matsuoka, Ayako (5); Matsuda, Shoya (6); Connors, Martin (7); Manninen, Jyrki (8); Kletzing, Craig (9); Kurita, Satoshi (6); Katoh, Yuto (1); Ozaki, Mitsunori (2); Miyoshi, Yoshizumi (6) | |
| (1) Tohoku University, JAPAN; (2) Kanazawa University, JAPAN; (3) Institute for Space-Earth Environmental Research, JAPAN; (4) Virginia Tech, USA; (5) ISAS/JAXA, JAPAN; (6) Nagoya University, JAPAN; (7) Athabasca University, CANADA; (8) Sodankyla Geophysical Observatory, FINLAND; (9) Univ. of Iowa, USA | |
| S-H02-11 | Ground-based ELF-VLF observations at Kannuslehto during the first year of ARASE |
| Manninen, Jyrki (1); Turunen, Tauno (2) | |
| (1) University of Oulu, FINLAND; (2) Sodanlylo Geophysical Observatory, FINLAND | |
| S-H02-12 | Temporal and spatial variations of mid-latitude ionospheric trough during a geomagnetic storm based on global GNSS-TEC and Arase satellite observations |
| Shinbori, Atsuki (1); Nishioka, Michi (2); Otsuka, Yuichi (1); Tsuchiya, Fuminori (3); Kasahara, Yoshiya (4); Matsuda, Shoya (1); Tsugawa, Takuya (2); Kumamoto, Atsushi (3) | |
| (1) Nagoya University , JAPAN; (2) NICT, JAPAN; (3) Tohoku University, JAPAN; (4) Kanazawa University, JAPAN; (1) Nagoya University, JAPAN | |
| S-H02-13 | Propagation characteristics of the VLF waves observed by the plasma wave experiment (PWE) on board the Arase ~ Collaborative observations with the Van Allen Probes ~ |
| Kasahara, Yoshiya (1); Matsuda, Shoya (2); Shoji, Masafumi (2); Hikishima, Mitsuru (3); Santolik, Ondrej (4); Ishisaka, Keigo (5); Hospodarsky, George (6); Kumamoto, Atsushi (7); Kurita, Satoshi (2); Yagitani, Satoshi (1); Ota, Mamoru (1); Kojima, Hirotsugu (8); Colpitts, Christopher (9); Kletzing, Craig (6); Ozaki, Mitsunori (1); Miyoshi, Yoshizumi (2); Matsuoka, Ayako (3); Wygant, John (9); Tsuchiya, Fuminori (7); Kasaba, Yasumasa (7); Katoh, Yuto (7) | |
| (1) Kanazawa University, JAPAN; (2) Nagoya University, JAPAN; (3) ISAS/JAXA, JAPAN; (4) Institute of Atmospheric Physics CAS, CZECH REPUBLIC; (5) Toyama Prefecture University, JAPAN; (6) Univ. of Iowa, USA; (7) Tohoku University, JAPAN; (8) Kyoto University, JAPAN; (9) Univ. of Minnesota, USA | |
| S-H02-P | Lightning Whistler Observed by the WFC on board the Arase Satellite in the Earth's Plasmasphere |
| Ali Ahmad, Umar (1); Matsuda, Shoya (2); Goto, Yoshitaka (1); Kasahara, Yoshiya (1) | |
| (1) Kanazawa University, JAPAN; (2) Nagoya University, JAPAN | |
| S-HG-01 | Ground-Based Radio Astronomy and Space Weather Applications (Invited) |
| Vilmer, Nicole | |
| Observatoire de Paris, FRANCE | |
| S-HG-02 | Ground-Based Radio Observations for Space-Weather Science and Monitoring (Invited) |
| Bisi, Mario (1); Magdalenic, Jasmina (2); Forte, Biagio (3); Jackson, Bernard (4); Chang, Oyuki (5); Fallows, Richard (6); Yu, Hsiu-Shan (4); Tiburzi, Caterina (7) | |
| (1) Science & Technology Facilities Council (STFC), UNITED KINGDOM; (2) ROB, BELGIUM; (3) University of Bath, UNITED KINGDOM; (4) University of California, San Diego, USA; (5) UNAM, Mexico; (6) ASTRON, NETHERLANDS; (7) Bielefeld University, GERMANY | |
| S-HG-03 | What are the source of MF signatures recorded on DEMETER satellite? |
| Nagy, Melinda; Steinbach, Peter; Lichtenberger, Janos | |
| Eotvos University, HUNGARY | |
| S-HG-04 | Solar Radio Spectrography: Comprehensive Diagnostics for Space Weather Applications |
| Messerotti, Mauro | |
| INAF , ITALY | |
| S-HG-05 | Enhancing the e-Callisto archive of solar radio observations to support space weather studies (Invited) |
| Csillaghy, Andre | |
| FHNW, SWITZERLAND | |
| S-HG-06 | Radio observations for space weather: space applications from the solar corona to the inner magnetosphere |
| Piearrard, Viviane (1); Darrouzet, Fabien (2); Voitenko, Yuriy (2); Lamy, Hervé (2); De Keyser, Johan (2) | |
| (1) Royal Belgian Institute for Space Aeronomy, BELGIUM; (2) BIRA-IASB, BELGIUM | |
| S-HG-07 | LOFAR4SpaceWeather: Towards Space Weather Monitoring with Europe's Largest Radio Telescope |
| Fallows, Richard (1); Verbiest, Joris (2); Gallagher, Peter (3); Olberg, Michael (4); Vilmer, Nicole (5); Vermeulen, René (1); Bisi, Mario (6); Mevius, Maaijke (1); Rothkaehl, Hanna (7) | |
| (1) ASTRON, NETHERLANDS; (2) Bielefeld University, GERMANY; (3) Trinity College Dublin, IRELAND; (4) Onsala Space Observatory (OSO), SWEDEN; (5) Observatoire de Paris, FRANCE; (1) ASTRON , NETHERLANDS; (6) STFC, UNITED KINGDOM; (7) Space Research Centre PAS, POLAND | |
| S-HG-08 | Interplanetary radio type II and type IV bursts as indicators of propagating solar transients (Invited) |
| Pohjolainen, Silja; Talebpour Sheshvan, Nasrin | |
| University of Turku, FINLAND | |
| S-HG-09 | Shock location and CME 3-D reconstruction of a solar type II radio burst with LOFAR. (Invited) |
| Zucca, Pietro | |
| ASTRON, NETHERLANDS | |
| S-HG-11 | Radio observations as input for the ESPERTA model to forecast moderate-to-extreme solar proton events (Invited) |
| Laurenza, Monica (1); Alberti, Tommaso (1); Cliver, Edward W. (2) | |
| (1) INAF-IAPS, ITALY; (2) NSO, ITALY | |
| S-HG-12 | First results on reprocessing of AWDANet data |
| Lichtenberger, Janos (1); Sannikov, Dmitry (2); Rodger, Craig (3); Clilverd, Mark (4); Cherneva, Nina (2); Steinbach, Peter (1); Koronczay, David (1); Ferencz, Csaba (1) | |
| (1) Eotvos University, HUNGARY; (2) Institute of Cosmophysical Research and Radio Wave Propagation, RUSSIAN FEDERATION; (3) University of Otago, NEW ZEALAND; (4) British Antarctic Survey, UNITED KINGDOM | |
| S-HG-13 | Faint Coronal Radio Bursts Generated by Alfvén Waves |
| Voitenko, Yuriy (1); Brazhenko, Anatoliy (2); Melnik, Valentin (2); Frantsuzenko, Anatoliy (2); Piearrard, Viviane (1) | |
| (1) Royal Belgian Institute for Space Aeronomy, BELGIUM; (2) Institute of Radio Astronomy, UKRAINE | |
| S-HG-14 | High-Resolution Imaging of the Solar Chromosphere in the Centimetre-Millimetre Band through Single-Dish Observations |
| Pellizzoni, Alberto (1); Murtas, Giulia (2); Zucca, Pietro (3); Righini, Simona (1); Loru, Sara (1); Maccaferri, Andrea (1); Messerotti, Mauro (1); Zanichelli, Alessandra (1); Egron, Elise (1); Iacolina, Maria Noemi (1); Buffa, Franco (1); Orfei, Alessandro (1); Valente, Giuseppe (4); Navarrini, Alessandro (1); Serra, Giampaolo (1) | |
| (1) INAF , ITALY; (2) University of Cagliari, ITALY; (3) ASTRON, NETHERLANDS; (4) ASI, ITALY; (1) INAF, ITALY | |
| S-HG-15 | Activity for Space Weather Research and Operation in NICT (Invited) |
| Ishii, Mamoru; Hozumi, Kornyanat; Kubo, Yuki; Tsugawa, Takuya | |
| NICT, JAPAN | |
| S-HG-16 | Identification of travelling ionospheric disturbances with HF and GNSS experiments (Invited) |
| Belehaki, Anna | |
| National Observatory of Athens, GREECE | |
| S-HG-17 | The use of GNSS signals for Space Weather monitoring and prediction (Invited) |
| Alfonsi, Lucilla; Romano, Vincenzo; De Franceschi, Giorgiana; Hunstad, Ingrid; Spogli, Luca; Cesaroni, Claudio | |
| INGV, ITALY | |
| S-HG-18 | St. Patrick's day geomagnetic storm effect on mid-low-equatorial D-region ionosphere using very low-frequency radio waves |
| Maurya, Ajeet Kumar (1); Singh, Rajesh (2) | |
| (1) Banaras Hindu University, INDIA; (2) Dr. K S K Geomagnetic Research Lab, IIG, INDIA | |
| S-HG-19 | Characterization of nighttime polar ionospheric variability to solar and geomagnetic activity using wavelet analysis |
| Macotela, Edith L. (1); Clilverd, Mark (2); Manninen, Jyrki (1) | |
| (1) University of Oulu, FINLAND; (2) British Antarctic Survey, UNITED KINGDOM | |
| S-HG-20 | Extreme Space Weather Events and Military Operations |
| Messerotti, Mauro | |
| University of Trieste, ITALY | |
| S-HG-P | Statistical Survey of Interplanetary Type II and Type III Radio Bursts |
| krupar, vratislav (1); Szabo, Adam (2) | |
| (1) Universities Space Research Association, USA; (2) NASA GSFC, USA | |
| S-J-1 | Single-mode and multimode RF over fiber link technology for radio telescopes (Invited) |
| Weiss, Jonas | |
| IBM Research GmbH, SWITZERLAND | |
| S-J-2 | Phase Synchronization for the Mid-Frequency Square Kilometre Array Telescope |
| Schediwy, Sascha (1); Malan, Jocias (2); Whitaker, Richard (3); Boven, Paul (4); Grainge, Keith (5); Pulbrook, Thea (1); Gravestock, Charles (1); Stobie, Simon (1); Gozzard, David (1); Alachkar, Bassem (3) | |
| (1) University of Western Australia, AUSTRALIA; (2) SKA South Africa, SOUTH AFRICA; (3) University of Manchester, UNITED KINGDOM; (4) Joint Institute for VLBI ERIC (JIVE), NETHERLANDS; (5) University of Manchester, Jodrell Bank Observatory, UNITED KINGDOM | |
| S-J-3 | Phased Array Receiver Tile with Microwave Photonic Beamforming |
| Maat, Peter | |
| ASTRON, NETHERLANDS | |
| S-J-4 | Optical pulse detection and transmission in particle-detector systems |
| Bray, Justin; Spencer, Ralph | |
| University of Manchester, UNITED KINGDOM | |
| S-J-5 | White rabbit: a deterministic time transfer and frequency dissemination technology for distributed systems |
| Diaz, Javier | |
| University of Granada, SPAIN | |
| S-JB-1 | Polarimetric Requirements for Epoch of Reionization Observations |
| Aguirre, James; Martinot, Zachary; Kohn, Saul | |
| University of Pennsylvania, USA | |
| S-JB-2 | Some observational implications of direction-dependent polarization leakage in dish-based radio telescopes |
| Smirnov, Oleg | |
| Rhodes University / SARAO, SOUTH AFRICA | |
| S-JB-3 | Imaging pipelines for polarimetric radio observations |
| Brentjens, Michiel | |
| Astron, NETHERLANDS | |
| S-JB-4 | Assessing Polarimetric Performance in Scenarios with Spatially Non-White Noise |
| Wijnholds, Stefan | |
| ASTRON, NETHERLANDS | |
| S-JB-5 | In-situ Verification of Aperture-Array Polarimetric Performance by means of a Micro UAV: Preliminary Results on the LOFAR Low Band Antenna |
| Paonessa, Fabio (1); Virone, Giuseppe (1); Lingua, Andrea M. (2); Addamo, Giuseppe (1); Peverini, Oscar A. (1); Pupillo, Giuseppe (3); Wijnholds, Stefan (4); Matteoli, Stefania (1); Bolli, Pietro (5) | |
| (1) CNR - IEIIT, ITALY; (2) Politecnico di Torino, ITALY; (3) INAF, ITALY; (4) ASTRON, NETHERLANDS; (5) INAF, Astrophysical Observatory of Arcetri, ITALY | |
| S-JB-6 | Polarization response of SKA1-LOW array antennas |
| Pienaar, Hardie (1); Craeye, Christophe (2); de Lera Acedo, Eloy (1); van Ha, Bui (2) | |
| (1) Cambridge University, UNITED KINGDOM; (2) Universite Catholique de Louvain, BELGIUM | |
| S-JB-7 | Enhancing SKA Band 1 Polarimetry by Using Two Different Feed Rotations |
| Carozzi, Tobia; Flygare, Jonas | |
| Chalmers University, SWEDEN | |
| S-JB-8 | SKA1 Polarimetry Requirements |
| Braun, Robert | |
| SKA Organisation, UNITED KINGDOM | |
| S-JB-9 | Thinned Planar Aperture Array with High Polarization Purity for SKA |
| Zhang, David (1); El-makadema, Ahmed (1); Brown, Anthony (1); Razavi-Ghods, Nima (2) | |
| (1) The University of Manchester, UNITED KINGDOM; (2) University of Cambridge, UNITED KINGDOM | |
| S-K02-1 | Conductive nanoparticles used as nanoamplifiers in electroporation |
| GARCIA SANCHEZ, Tomas | |
| CNRS, FRANCE | |
| S-K02-2 | Magnetic molecular dynamics simulations of A2A receptor in solution |
| Apollonio, Francesca (1); Cadossi, Ruggero (2); Marracino, Paolo (1); Liberti, Micaela (1); della Valle, Elena (1); Setti, Stefania (2) | |
| (1) University Sapienza of Rome, ITALY; (2) IGEA SpA, ITALY | |
| S-K02-3 | Electric fields, electromagnetic waves and cold plasmas for the treatment of biological cells and tissues |
| Mir, Lluis | |
| CNRS, FRANCE | |
| S-K03-1 | Statistical analysis of the Radio Frequency Electromagnetic fields exposure induced by base stations with multiple Massive MIMO transmitters |
| wiart, joe | |
| University Paris Saclay, FRANCE | |
| S-K03-2 | EMF regulation in France |
| Agnani, Jean-Benoit; Conil, Emmanuelle | |
| ANFR, FRANCE | |
| S-K03-3 | RF exposure assessments in proximity of small cells |
| Conil, Emmanuelle; Agnani, Jean-Benoit | |
| ANFR, FRANCE | |
| S-KB1-1 | Extracting Features from Multistatic Signals in a Radar Microwave Imaging System for Breast Cancer Detection |
| Conceicao, Raquel (1); Godinho, Daniela (2) | |
| (1) University Lisboa, PORTUGAL; (2) FCUL, PORTUGAL | |
| S-KB1-2 | Challenges in the Dielectric Measurement of Heterogeneous Tissues: Impact of Uncertainty in Sensing Depth Calculation |
| Porter, Emily | |
| National University of Ireland Galway, IRELAND | |
| S-KB1-3 | Temperature-dependent dielectric properties of lung. |
| Bonello, Julian (1); Porter, Emily (2); O'Hollaran, Martin (2); Elahi, Adnan (2); Balduino, Roberta (2); FARRUGIA, lourdes (1); Sammut, Charles (1) | |
| (1) University of Malta, MALTA; (2) National University of Ireland Galway, IRELAND | |
| S-KB1-4 | Tissue Mimicking Materials for Multi-modality Breast Phantoms |
| Ruvio, Giuseppe (1); Farina, Laura (1) (2); Browne, Jacinta (3); Cavagnaro, Marta (2); Fiaschetti, Gaia (2) | |
| (1) National University of Ireland, IRELAND; (2) Sapienza University of Rome, ITALY; (3) Dublin Institute of Technology, IRELAND | |
| S-KB1-5 | Advances in Target Conformal SAR Deposition For Hyperthermia Treatment Planning |
| Bellizzi, Gennaro G. (1); Battaglia, Giada M. (1); Bevacqua, Martina T. (1); Isernia, Tommaso (1); Crocco, Lorenzo (2) | |
| (1) Universita degli Studi Mediterranea di Reggio Calabria, DIIES, ITALY; (2) National Research Council of Italy, IREA, ITALY | |
| S-KB1-6 | Tissue shrinkage in microwave ablation: ex vivo predictive model validation |
| Farina, Laura (1) (2); Cavagnaro, Marta (1); Nissenbaum, Yitzhak (3); Goldberg, S. Nahum (3) | |
| (1) Sapienza University of Rome, ITALY; (2) Hadassah Hebrew University, ISRAEL | |
| S-KB2-1 | Near-Field Microwave Imaging Using Focused Near-Field Beams: An Approach to Mitigate Undesired Scattering Effects |
| Bayat, Nozhan; Mojabi, Puyan | |
| University of Manitoba, CANADA | |
| S-KB2-2 | New In-vivo Mapping of Human Tissues via Inverse Scattering (Invited) |
| Bevacqua, Martina T. (1); Isernia, Tommaso (1); Crocco, Lorenzo (2); Bellizzi, Gennaro G. (1) | |
| (1) Universita degli Studi Mediterranea di Reggio Calabria, DIIES, ITALY; (2) National Research Council of Italy, IREA, ITALY | |
| S-KB2-3 | On the potential use of anatomical and epidemiological information to enhance microwave and ultrasound breast imaging (Invited) |
| Mojabi, Pedram; LoVetri, Joe | |
| University of Manitoba, CANADA | |
| S-KB2-4 | Experimental 3D Microwave Imaging of Magnetic Targets using Discontinuous Galerkin Contrast Source Inversion and a Two-Stage Reconstruction Technique (Invited) |
| Jeffrey, Ian; Asefi, Mohammad; Kaye, Cam; LoVetri, Joe; Geddert, Nicholas; Brown, Kevin | |
| University of Manitoba, CANADA | |
| S-KB2-5 | Deep Learning Assisted Microwave Imaging using MRI Data (Invited) |
| Chen, Guanbo; Moghaddam, Mahta; Shah, Pratik; Stang, John | |
| University of Southern California, USA | |