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Shadi Abu-Surra
Affiliation
Samsung Research America, Plano, TX, USA
Topic
Delay Spread,Angular Spread,Channel Measurements,Directional Antenna,Dynamic Range,Horn Antenna,Multipath Components,Noise Threshold,Path Loss,Rx Antenna,Angular Domain,Angular Spectrum,Antenna Array,Antenna Gain,Azimuth Plane,Beamwidth,Channel Impulse Response,Channel Parameters,Concentration Of Power,Data Rate,Delay Parameter,Direction Of Arrival,Excess Delay,Fading Channel,Fast Fourier Transform,Feature Channels,Federal Communications Commission,Fourier Analysis,Frequency Points,GHz Bandwidth,Half-power Beamwidth,High-gain Antenna,Impact Of Measures,Impact Of Noise,Impact Of Threshold,Impact Of Water,Interactive Devices,Inverse Fourier Transform,Line Of Sight Direction,Line-of-sight,Linear Model,Local Measurements,Low-noise Amplifier,Measurement Campaign,Measurement Setup,Metal Objects,Mm-wave Frequencies,Mobile Communication,Monte Carlo Simulation,Multiple-input Multiple-output,
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. From 2016 to 2019, he joined a start-up company, Phazr Inc. (acquired by JMA-Wireless), as an L1/PHY System Design Engineer, where he worked on developing 5G-NR products. From 2019 to 2023, he rejoined SRA, where he led the THz research and prototyping activities within the Standards and Mobility Innovation Laboratory. In 2023, he joined a startup company, LeapFrog Semiconductor, as a Principal Communication Systems Engineer. In this position, he is working on developing a chiplet-based modem for 5G infrastructure.