Technical Program

SS-L14: Hardware-Constrained Massive MIMO

Session Type: Lecture
Time: Thursday, March 9, 08:30 - 10:30
Location: Grand Salon 21
Session Chairs: Mats Viberg, Chalmers University of Technology, Thomas Eriksson, Chalmers University of Technology and Mikael Coldrey, Ericsson Research
 
SS-L14.1: REDUCED-COMPLEXITY DIGITAL PREDISTORTION FOR MASSIVE MIMO
         Mahmoud Abdelaziz; Tampere University of Technology
         Lauri Anttila; Tampere University of Technology
         Mikko Valkama; Tampere University of Technology
 
SS-L14.2: MINIMUM PROBABILITY-OF-ERROR PERTURBATION PRECODING FOR THE ONE-BIT MASSIVE MIMO DOWNLINK
         A.Lee Swindlehurst; University of California, Irvine
         Amodh Saxena; University of California, Irvine
         Amine Mezghani; University of California, Irvine
         Inbar Fijalkow; Universite Cergy-Pointoise
 
SS-L14.3: ACHIEVABLE UPLINK RATES FOR MASSIVE MIMO WITH COARSE QUANTIZATION
         Christopher Mollén; Linköping University
         Junil Choi; POSTECH
         Erik G. Larsson; Linköping University
         Robert Heath, Jr.; The University of Texas at Austin
 
SS-L14.4: TIME-DOMAIN CHANNEL ESTIMATION FOR WIDEBAND MILLIMETER WAVE SYSTEMS WITH HYBRID ARCHITECTURE
         Kiran Venugopal; The University of Texas at Austin
         Ahmed Alkhateeb; The University of Texas at Austin
         Robert Heath, Jr.; The University of Texas at Austin
         Nuria González Prelcic; The University of Vigo
 
SS-L14.5: HYBRID BEAMFORMING DESIGN WITH FINITE-RESOLUTION PHASE-SHIFTERS FOR FREQUENCY SELECTIVE MASSIVE MIMO CHANNELS
         Daniel Araújo; Federal University of Ceará
         Eleftherios Karipidis; Ericsson
         André Almeida; Federal University of Ceará
         João Mota; Federal University of Ceará
 
SS-L14.6: HYBRID BEAMFORMING IN UPLINK MASSIVE MIMO SYSTEMS IN THE PRESENCE OF BLOCKERS
         Xinlin Zhang; Chalmres University of Technology
         Mikael Coldrey; Ericsson AB
         Thomas Eriksson; Chalmres University of Technology
         Mats Viberg; Chalmres University of Technology