Lina Bariah

Also published under:L. Bariah

Affiliation

KU 6G Center, Khalifa University, UAE

Topic

Wireless Networks,Unmanned Aerial Vehicles,6G Networks,Reconfigurable Intelligent Surface,Spectral Efficiency,Channel Model,Non-orthogonal Multiple Access,Digital Twin,Bit Error Rate,Additive Noise,Future Wireless Networks,Internet Of Things,Mobile Edge Computing,Wireless Technologies,Bottom Of Page,Channel Estimation,Channel Gain,Foundation Model,Intelligent Reflecting Surface,Learning Algorithms,Model System,Probability Density Function,Successive Interference Cancellation,Time Slot,Virtual Network Functions,Visible Light Communication,Artificial Intelligence Models,Base Station,Communication Paradigm,Communication Protocol,Communication Systems,Data Rate,Deep Q-network,Deep Reinforcement Learning,Edge Computing,Edge Devices,Enabling Technologies,Energy Efficiency,Energy Harvesting,Fading Channel,Generative Adversarial Networks,High Data Rate,Intelligent Reflecting Surface Elements,Internet Of Things Devices,Internet Of Things Networks,Key Performance Indicators,Language Model,Low Earth Orbit,Monte Carlo Simulation,Network Scenarios,

Biography

Lina Bariah [SM] received the M.Sc. and Ph.D. degrees in communications engineering from Khalifa University, Abu Dhabi, UAE, in 2015 and 2018, respectively. She is currently a Senior Researcher at the technology Innovation institute, a visiting research scientist at Khalifa University, and an affiliate researcher at the University at Albany, USA.