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Shadi Abu-Surra
Also published under:
Affiliation
Samsung Research America, Richardson, TX, USA
Topic
Federal Communications Commission,GHz Bandwidth,Vector Network Analyzer,Angular Spread,Antenna Array,Channel Measurements,Fast Fourier Transform,Multipath Components,Analog-to-digital Converter,Base Station,Channel Estimation,Delay Spread,Line Of Sight Direction,Line-of-sight Component,Measurement Campaign,Path Loss,Power Distribution,Street Canyon,Strong Reflection,Urban Environments,Urban Scenarios,Angular Domain,Angular Spectrum,Baseband Signal,Beamwidth,Calcium Silicate,Calibration Phase,Channel Frequency Response,Data Rate,Horn Antenna,Host PC,Lens Antenna,Line-of-sight,Number Of Directions,Receiver Side,Rx Antenna,Spectral Efficiency,THz Communication,Terahertz Communications,Transmitter Side,User Equipment,Wireless,6G Networks,Adaptive Beamforming,Additive Noise,Amount Of Interference,Angular Dispersion,Angular Diversity,Angular Range,Angular Resolution,
Biography
Shadi Abu-Surra (Member, IEEE) received the Ph.D. degree from The University of Arizona in 2009. After that, he joined Samsung Research America (SRA) as a Research Engineer, where he contributed to the 60 GHz connectivity standards (Wireless Gigabit Alliance, IEEE 802.11ad, and IEEE 802.11ay) and worked on designing and prototyping 5G millimeter-wave mobile broadband system. In 2016–2019, he joined a start-up company, Phazr Inc. (acquired by JMA-Wireless), as a L1/PHY System Design Engineer, developing 5G-NR products. In 2019, he rejoined SRA, where he is currently leading the THz research and prototyping activities within the Standards and Mobility Innovation Laboratory.