Technical Program

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

A-6: mm-Wave and Beyond (invited)

Session Type: Virtual
Time: Tuesday, November 02, 09:45 - 11:15
Location: Room 1
Virtual Session: Attend on Virtual Platform
Session Chair: Andy Molisch, USC, Los Angeles (CA), USA
 
A-6.1: Understanding Energy Efficiency and Interference Tolerance in Millimeter Wave Receivers
         Panagiotis Skrimponis; New York University
         Seongjoon Kang; New York University
         Abbas Khalili; New York University
         Wonho Lee; University of California, Santa Barbara
         Navid Hosseinzadeh; University of California, Santa Barbara
         Marco Mezzavilla; New York University
         Elza Erkip; New York University
         Mark J. W. Rodwell; University of California, Santa Barbara
         James F. Buckwalter; University of California, Santa Barbara
         Sundeep Rangan; New York University
 
A-6.2: Sub-Chain Beam for mmWave Devices: A Trade-off between Power Saving and Beam Correspondence
         Jianhua Mo; Samsung Research America
         Daehee Park; Samsung Electronics
         Boon Loong Ng; Samsung Research America
         Vutha Va; Samsung Research America
         Anum Ali; Samsung Research America
         Chonghwa Seo; Samsung Electronics
         Jianzhong Charlie Zhang; Samsung Research America
 
A-6.3: Directional characteristics of THz outdoor channels - measurement and system performance implications
         Jorge Gomez Ponce; University of Southern California
         Naveed Abbasi; University of Southern California
         Zihang Cheng; University of Southern California
         Andreas Molisch; University of Southern California
 
A-6.4: Evaluation of Detection Accuracy and Efficiency of Considered Beam Alignment Strategies for mmWave Massive MIMO Systems
         Mostafa Khalili Marandi; Technische Universität Dresden
         Christoph Jans; Technische Universität Dresden
         Wolfgang Rave; Technische Universität Dresden
         Gerhard Fettweis; Technische Universität Dresden