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photonics |
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Analog circuit design, Spintronics devices |
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Compressed Sensing Approach, Multi-carrier Systems |
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machine learning, Next generation wireless communications |
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Shehab Ahmed, Professor, Electrical and Computer Engineering
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intelligent oil fields, mechatronic systems, power conversion, smart grids |
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electronics, healthcare, IoT, sensors |
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Shinkyu Park, Assistant Professor, Electrical and Computer Engineering
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intelligent systems, robotics |
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inkjet printed electronics |
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MIMO, mmWave/Terahertz communications, optical wireless communicaitons, spatial modulation |
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special imaging |
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artificial intelligence assisted communications, Cooperative communications, OFDM with index modulation |
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Cooperative communications, Hardware constrained communications, interference management, solar energy, vehicular monitoring, vehicular tracking |
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3D understanding, artificial intelligence, Computer Vision, Deep learning, robotics, Sports, start-up, Technology Transfer |
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computational imaging, Computational Photography, inverse problems |
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analytical instrumentation, University of Liverpool, University of Oxford |
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discrete time series, extreme-value theory, Statistics of extremes, stochastic partial differential equations |
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5G, Satellite Communications |
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deep learning, seismic processing |
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satellite communication, Signal processing, Wireless communication |
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command and control, Intelligent Transportation Systems, Robotics and Control |
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artificial intelligence, communications, robotics, wireless networks |
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antenna design, microwave devices, mmWave/Terahertz communications, RF circuits |
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3D printed localization system |
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Computer architecture, reconfigurable computing |
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Cognitive radio network, NOMA, Reconfigurable Intelligent Surfaces, UAV-enabled Communication Systems |
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Biosensors, inkjet printing, microfluidics |
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Device to Device Communication, IoT, Optical |
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artificial intelligence, computer networks, embedded systems, energy efficiency, intrusion detection, IoT, machine learning |
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Computational Immunology, Signal processing for wireless communications |
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GaN-based LED, III-nitride, molecular beam epitaxy |
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connectivity, MIMO radars, social networks., wireless networks, wireless sensor networks |
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analog design optimization, LDMOS, microstrip path antenna on-chip, microwave devices |
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machine learning, Marine Ecology, Photonics and optoelectronics, sensors |
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Outage Probability |
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Cognitive radio network, MIMO |
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Computer Vision, machine learning, robotics |
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Tareq Al-Naffouri, Professor, Electrical and Computer Engineering
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communications, Localization, statistical signal processing, tracking, wireless networks |
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Acoustic sensing and communications, acoustic signal detection, Digital signal processing, Experimentation and testing., image processing, low complexity systems, Low sampling, Movement detection and tracking using RF and acoustic waves., Respiration detection and tracking., Robust estimation and regularization, Sonars and radars., Ultra-wideband communication, UWB channel impulse response estimation. |
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cognitive radio systems, energy harvesting, wireless sensors networks |
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Secure communication, Statistical analysis of radio channel |
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AlN epitaxy, power devices, Ultrawide bandgap materials |
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Automous Vehicles |
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Biosensors, chemical sensors, sensors |
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robust optimization, Signal processing for wireless communications |
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CMOS hybrid circuits, Spin-based electronics |
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control systems, intelligent systems, RISC, robotics |
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photonics, primalight |
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2D materials, Aptasensors, bioengineering, nanomaterials |
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artificial intelligence, Computer Vision, Deep generative models, Mobile AI, Video Understanding |
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Deep learning, MIMO radars, Next generation wireless communications, Signal processing |
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Wireless communication |
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bandwidth allocation, Channel modeling, mmWave/Terahertz communications |
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Optical Systems and Communications, Wireless Optical Sensing |
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KACARE, nanotechnology, TAQNIA |
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machine learning, Signal processing |
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Coding and information theory, Lattice theory |
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Capacity analysis of wireless systems, Secure communications |
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Cognitive radio network, Cooperative relay network, Embedded system developing, MPLS network |
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flexible electronics, nanofabrication, sensors, wearable devices |
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diodes, Electromagnetic metamaterials, printed electronics |
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Photonics and optoelectronics, solar energy |
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Control Theory, Controller design, Time-scale calculus |
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Photonics and optoelectronics |
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Photonics and optoelectronics |
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brain-inspired computation, material based gas sensing, spiking neural networks |
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cloud computing, edge computing, IoT, NFV, SDN |
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Computational Photography, computer graphics, inverse methods, optics |
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machine learning, Wireless communication |
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