Empowering Reconfigurable Intelligent Surfaces with Artificial Intelligence to Secure Air-To-Ground Internet-of-Things
IEEE internet of things magazine（2024）
Key words
Reconfigurable Intelligent Surface,Deep Learning,Data Rate,Unmanned Aerial Vehicles,Deep Reinforcement Learning,Communication Rate,Internet Of Things Networks,Unmanned Aerial Vehicles Communication,Baseline Schemes,Wireless Coverage,Jamming Signal,Internet Of Things Platform,State Space,Time Slot,Firefighters,Video Surveillance,Flight Path,Radio Propagation,Trajectory Planning,Unmanned Aerial Vehicle Trajectory,Instantaneous Channel State Information,Proximal Policy Optimization,Fixed-wing Unmanned Aerial Vehicles,Complex Gaussian Noise,Deep Reinforcement Learning Algorithm,Accurate Channel State Information,Model-based Reinforcement Learning,Perfect Channel State Information,Reconfigurable Intelligent Surface Elements
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