Technical Program

Note: All times are in Pacific Daylight Time (UTC -7)

B-2: Baseband Algorithms and Architectures for Millimeter-Wave Massive MIMO (invited)

Session Type: Virtual
Time: Monday, November 01, 09:45 - 11:15
Location: Room 2
Virtual Session: Attend on Virtual Platform
Session Chair: Oscar CastaƱeda, ETH Zurich, Switzerland
 
B-2.1: A Scalable, Modular mm-wave Massive MIMO Uplink Testbed
         James Dunn; University of California, Berkeley
         Greg LaCaille; University of California, Berkeley
         Harrison Liew; University of California, Berkeley
         Yue Dai; University of California, Berkeley
         Lorenzo Iotti; University of California, Berkeley
         Emily Naviasky; University of California, Berkeley
         Zhaokai Liu; University of California, Berkeley
         Zhenghan Lin; University of California, Berkeley
 
B-2.2: mmWave Massive MIMO in Real Propagation Environments: Performance Evaluation using LuMaMi28GHz
         Sara Gunnarsson; Lund University
         MinKeun Chung; Lund University
         Andreas Johansson; Lund University
         Liang Liu; Lund University
         Fredrik Tufvesson; Lund University
         Ove Edfors; Lund University
         Olof Zander; Sony Research Center
         Zhinong Ying; Sony Research Center
         Kamal Samanta; Sony Semiconductor and Electronic Solutions
         Chris Clifton; Sony Semiconductor and Electronic Solutions
 
B-2.3: 3D Rainbow Beam Design for Fast Beam Training with True-Time-Delay Arrays in Wideband Millimeter-Wave Systems
         Aditya Wadaskar; University of California Los Angeles
         Veljko Boljanovic; University of California Los Angeles
         Han Yan; University of California Los Angeles
         Danijela Cabric; University of California Los Angeles
 
B-2.4: Hybrid Jammer Mitigation for All-Digital mmWave Massive MU-MIMO
         Gian Marti; ETH Zurich
         Oscar CastaƱeda; ETH Zurich
         Sven Jacobsson; Ericsson AB
         Giuseppe Durisi; Chalmers University of Technology
         Tom Goldstein; University of Maryland
         Christoph Studer; ETH Zurich