Technical Program

EHGWCa.PB: Energy Harvesting and Green Wireless Communications I

Symposium: Energy Harvesting and Green Wireless Communications
Session Type: Poster
Time: Thursday, December 5, 10:00 - 12:00
Location: Poster Area B
 
EHGWCa.PB.1: OPTIMAL RESOURCE ALLOCATION FOR ENERGY HARVESTING TWO-WAY RELAY SYSTEMS WITH CHANNEL UNCERTAINTY
         Imtiaz Ahmed; University of British Columbia
         Aissa Ikhlef; University of British Columbia
         Derrick Wing Kwan Ng; Universität Erlangen-Nürnberg
         Robert Schober; Universität Erlangen-Nürnberg
 
EHGWCa.PB.2: BASE STATION ENERGY COOPERATION IN GREEN CELLULAR NETWORKS
         Zheng Guo; National University of Singapore
         Teng Joon Lim; National University of Singapore
         Mehul Motani; National University of Singapore
 
EHGWCa.PB.3: TRANSMISSION CAPACITY OF WIRELESS AD HOC NETWORKS WITH ENERGY HARVESTING NODES
         Rahul Vaze; Tata Institute of Fundamental Research
 
EHGWCa.PB.4: OPTIMIZING FEEDBACK IN ENERGY HARVESTING MISO COMMUNICATION CHANNELS
         Rajeev Gangula; EURECOM
         David Gesbert; EURECOM
         Deniz Gunduz; Imperial College London
 
EHGWCa.PB.5: OPTIMAL RESOURCE ALLOCATION IN ENERGY HARVESTING AMPLIFY-AND-FORWARD RELAY NETWORKS
         Arin Minasian; University of Toronto
         Raviraj Adve; University of Toronto
         Shahram ShahbazPanahi; University of Ontario Institute of Technology
 
EHGWCa.PB.6: ENERGY HARVESTING RECEIVERS: OPTIMAL SAMPLING AND DECODING POLICIES
         Roy Yates; Rutgers University
         Hajar Mahdavi-Doost; Rutgers University
 
EHGWCa.PB.7: THE ENERGY HARVESTING TWO-WAY DECODE-AND-FORWARD RELAY CHANNEL WITH STOCHASTIC DATA ARRIVALS
         Burak Varan; The Pennsylvania State University
         Aylin Yener; The Pennsylvania State University
 
EHGWCa.PB.8: COMPETITIVE ANALYSIS OF ONLINE THROUGHPUT MAXIMIZATION SCHEMES FOR MULTIPLE ACCESS CHANNELS WITH A SHARED RENEWABLE ENERGY SOURCE
         Dan Zhao; Queen Mary, University of London
         Chuan Huang; Arizona State University
         Yue Chen; Queen Mary, University of London
         Shuguang Cui; Texas A&M University