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- Computing and Processing
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Sangkyu Baek
Also published under:
Affiliation
Samsung Research, Korea
Topic
Medium Access Control,Channel Model,Measurement Campaign,Path Loss,Ray-tracing Simulations,Service Quality,Shadow Fading,3rd Generation Partnership Project,Delay Spread,Feature Channels,Frequency Band,GHz Frequency,Industrial Internet Of Things,Internet Of Things,Latency Requirements,Mm-wave Frequencies,Mobile Communication,Mobile Data,Numerical Results,Path Loss Model,Quality Of Service Requirements,Radio Resource,Resource Consumption,Standardised,Stringent Requirements,User Equipment,mmWave Band,mmWave Channel,3GPP New Radio,3GPP Release,5G Cellular Systems,5G Communication Systems,5G New Radio,5G Systems,Advent Of 5G,Angular Domain,Angular Spectrum,Angular Spread,Arrival Rate,Autocorrelation Function,Automated Guided Vehicles,Base Station,Broadcasting Service,Cellular Systems,Cellular Technology,Censored Data,Channel Impulse Response,Channel Parameters,Connectivity States,Continuity Of Services,
Biography
Sangkyu Baek [S' M'12] ([email protected]) received his B.S., M.S. and Ph.D. degrees in mathematics from Korea University, Seoul, Korea, in 2006, 2008, and 2011, respectively. Since 2012, he has been with Samsung Electronics and working on advanced 5G research and pre-5G standardization. He is currently a principal engineer at Samsung Research, Samsung Electronics, Seoul, Korea, and a Samsung 3GPP standardization delegate in RAN2 Working group. His research interests include communications standards, user plane protocols, URLLC, probability theory, queueing theory, and wireless channel modelling.