Session Chairs: | Alain Sibille, Michael Jensen |
A number of fundamental results in the field of physical security are being found nowadays. The area is still in its infancy and many different topics are collected under this title, ranging form the computation of the secrecy capacity of wireless fading channels, to the design of cryptographic systems using the terminal noise as the encryption waveform, to directional modulation techniques that intentionally scramble the data constellation so as to make it undetectable off a certain privileged line of sight. The session will touch upon the many facets of these technique trying to give a unified view of the field.
9:40 C07.1 EVERLASTING SECRECY IN WIRELESS COMMUNICATIONS: CHALLENGES AND APPROACHES
D. L. Goeckel, A. Sheikholeslami, C. Capar
Electrical and Computer Engineering, University of Massachusetts, Amherst, MA, United States
10:00 C07.2 ANALYSIS OF ALICE-BOB-EVE SCENARIOS FOR SECRET KEY GENERATION FROM RANDOM CHANNELS
A. Sibille
Comelec, Telecom ParisTech, Paris, France
10:20 C07.3 NETWORK MODEL FOR EVALUATING THE PERFORMANCE OF RECIPROCAL CHANNEL-BASED KEY ESTABLISHMENT WITH COUPLED ANTENNAS
A. Mahmood, M. A. Jensen
Electrical and Computer Engineering, Brigham Young University, Provo, UT, United States
10:40 C07.4 IMPROVED PHYSICAL LAYER SECURE WIRELESS COMMUNICATIONS USING A DIRECTIONAL MODULATION ENHANCED RETRODIRECTIVE ARRAY
Y. Ding, V. Fusco
Queen's University Belfast, The ECIT, BELFAST, United Kingdom
11:00 C07.5 A FAR-FIELD PATTERN SEPARATION APPROACH FOR THE SYNTHESIS OF DIRECTIONAL MODULATION TRANSMITTER ARRAYS
Y. Ding, V. Fusco
Queen's University Belfast, The ECIT, BELFAST, United Kingdom
11:20 C07.6 AN INFORMATION-THEORETIC SECURITY METRIC FOR FUTURE WIRELESS COMMUNICATION SYSTEMS
Z. Cao, H. Deng, L. Lu, X. Duan
Research Institute, China Mobile, Beijing, China