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device fabrication |
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image processing, machine learning, semi-classical signal analysis, Signal processing |
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applied mathematics, computational methods, MATLAB, Signal processing |
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Free Space Optics, Hardware impairments, Performance analysis |
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Adaptive filtering, Cooperative relay network, Ultrawide bandwidth wireless communication systems |
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body area networks, Channel modeling, circuit design |
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Computational Photography, Deep learning, HDR Imaging, optics, optimization, robotics, Time-of-flight and transient imaging |
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Computer Vision, machine learning, optimization |
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Channel modeling, Massive MIMO Systems, Next Generation Wireless Communication Systems, Random Matrix Theory |
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Cellular Communication, Cooperative networks, Handover management in wireless networks, Heterogeneous Wireless Networks, Performance evaluation of 5G cellular networks, Stochastic Geometry, Stochastic Geometry modeling of wireless networks |
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Cognitive radios, Cooperative communications, Green communications, Heterogeneous networks |
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Mathematical Methods for Finance, STK Capital |
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Bio-inspired luminescent material, Deep UV optoelectronic devices, semiconductors |
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biophotonics, flexible electronics |
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Academic Operations, Higher Education, Student Support |
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IoT, machine learning, software development |
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bioelectronics, body area networks |
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next-generation communication systems, optical communication, optimization in sensor networks, Wireless communication theory |
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Computer architecture, integrated system technology and design, system on chip, wireless communications network |
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Imaging, Optical sensors, optoelectronics |
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Cognitive radio network, Physical layer security, Wireless Communications |
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MEMS IC design and fabrication, novel devices |
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bioelectronics, Biosensors, Wireless sensors design |
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FSO systems, MIMO, Optical Wireless Communication |
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2D materials characterization, device fabrication, optoelectronics |
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Signal Applications, Signal processing, Wireless communication |
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Applied Machine Learning, FMCW radar, Wireless communication |
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computational acoustics, computational electromagnetics |
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Optical wireless communications |
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Computer Vision, robotics, tracking |
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Optical communications, Satellite Communications, Stochastic Geometry |
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automation, Control Theory, MATLAB, robotics |
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electromagnetics, integral equations, inverse scattering, numerical analysis, wave propagation |
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artificial intelligence, Wireless communication |
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Indoor localization, ultrasound ranging, wireless monitoring |
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Next-generation Wireless Networks, Optical Wireless Communication |
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bioelectronics, healthcare, monitoring |
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Low complexity sphere decoding, MIMO and Passive radar, MIMO-radar waveform design |
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Biosensors, chemical sensors, microfluidics |
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Delay Tolerant Networks, LoRa, TinyML, Visible light communications |
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machine learning, Signal processing, Wireless Communications |
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cadence, Comsol Multiphysics, device fabrication, digital logic design, MEMS |
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Computer Vision, machine learning |
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Agent Management, embedded systems, Mobile Agents, optimal control, Space Robotics, Urban Air Management |
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power generating domestic interfaces, thermoelectric power harvesters |
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cognitive radio networks., Indoor localization, network coding, Vehicular networks and intelligent transportation systems, wireless networks |
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adaptive control, control localization, Control Theory, distributed control, intelligent systems, Multi-agent systems, robotics, wireless sensor networks |
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Biosensors, flexible electronics, Gas Sensors, memory devices, sensors |
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Biosensors, core-shell nanoparticles, energy conversion, energy storage, Gas Sensors |
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Computer Vision, image processing |
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control systems, intelligent systems, robotics |
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LiDAR, optical computing |
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communications, power distribution, radar applications, rf signals, smart grids |
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FMCW radar, MIMO and Passive radar, target parameter estimation, transmit beampattern design |
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diversity techniques, MIMO fading channels, Next generation wireless communications |
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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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intelligent oil fields, mechatronic systems, power conversion, smart grids |
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electronics, healthcare, IoT, sensors |
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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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