Zhiguo Ding

Also published under:Z. Ding, Zhi Guo Ding

Affiliation

Department of Electronic and Electrical Engineering, University of Manchester, UK
Department of Computer and Information Engineering, Khalifa University, UAE

Topic

Non-orthogonal Multiple Access,Successive Interference Cancellation,Multiple Access,Orthogonal Multiple Access,Base Station,Additive Noise,Reconfigurable Intelligent Surface,Optimization Problem,Time Slot,Phase Shift,Simulation Results,Outage Probability,Wireless Networks,Non-orthogonal Multiple Access System,Decoding,Internet Of Things,Numerical Results,Path Loss,Beamforming Vector,Service Quality,Channel Gain,Non-orthogonal Multiple Access Scheme,Channel Estimation,Intelligent Reflecting Surface,Decoding Order,Imperfect Channel State Information,Sum Rate,Data Rate,Unmanned Aerial Vehicles,Achievable Rate,Deep Reinforcement Learning,Probability Density Function,Quality Of Service Requirements,Resource Allocation,Channel State,Energy Harvesting,Mobile Edge Computing,Spectral Efficiency,Transmission Power,Communication Systems,Deep Learning,Energy Consumption,Objective Function,Beamforming Design,Benchmark Schemes,Bit Error Rate,Co-channel Interference,Federated Learning,Outage Performance,Perfect Channel State Information,

Biography

Zhiguo Ding ([email protected]) received his Ph.D. degree from Imperial College London in 2005, and is currently a Chair Professor at Lancaster University, United Kingdom. His research interests include 5G communications, MIMO and relaying networks, and energy harvesting. He has served as an Editor for several journals including IEEE Transactions on Communications, IEEE Communications Letters, IEEE Wireless Communications Letters, and Wireless Communications and Mobile Computing.