Technical Program

236: Propagation Channel Characterization for On-Body Networks

Session Type: Oral
Time: Tuesday, July 8, 13:20 - 15:00
Location: L14
Session Chairs: Guido Valerio, Institute of Electronics and Telecommunications of Rennes and Brian Kelley, The University of Texas at San Antonio
 
236.1: ON-BODY PROPAGATION AT 60 GHZ: IMPACT OF A TEXTILE PRESENCE
         Anda R. Guraliuc; Institute of Electronics and Telecommunications of Rennes, France
         Maxim Zhadobov; Institute of Electronics and Telecommunications of Rennes, France
         Guido Valerio; Institute of Electronics and Telecommunications of Rennes, France
         Ronan Sauleau; Institute of Electronics and Telecommunications of Rennes, France
         Nacer Chahat; Jet Propulsion Laboratory, United States
 
236.2: A STATISTICAL CHARACTERIZATION OF ON-BODY FADING USING THE SHADOWED K-ยต FADING MODEL
         Simon Cotton; Queen's University Belfast, United Kingdom
         Seong Ki Yoo; Queen's University Belfast, United Kingdom
         Michael Doone; Queen's University Belfast, United Kingdom
 
236.3: FADING CHARACTERISTICS OF INDOOR OFF-BODY COMMUNICATIONS WITH MULTIPLE-ANTENNAS AT THE BASE STATION
         Seong Ki Yoo; Queen's University Belfast, United Kingdom
         Simon Cotton; Queen's University Belfast, United Kingdom
 
236.4: AN EXPERIMENTAL EVALUATION OF SPATIAL DIVERSITY FOR BODY-TO-BODY COMMUNICATIONS WITHIN AN URBAN ENVIRONMENT AT 2.45 GHZ
         Seong Ki Yoo; Queen's University Belfast, United Kingdom
         Simon Cotton; Queen's University Belfast, United Kingdom
         Michael Doone; Queen's University Belfast, United Kingdom
 
236.5: FADING CHARACTERISTICS OF BODY-TO-BODY CHANNELS SUBJECT TO VEHICULAR TRAFFIC CONDITIONS AT 2.45 GHZ
         Michael Doone; Queen's University Belfast, United Kingdom
         Simon Cotton; Queen's University Belfast, United Kingdom