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Georgia Tech, sensors |
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Millimeter wave networks, Performance analysis of wireless communication systems, Physical layer security |
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heterogeneous integrated optical chip, high-speed electro-optic modulator, LiDAR |
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Materials, nanoelectronics, nanofabrication, thin film deposition |
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ICS, integrated circuits, MEMS, NEMS |
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mathematics, modeling, Programming language |
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Embedded systems., Non-Terrestrial Networks |
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Asymptotic Performance Analysis, machine learning, Random Matrix Theory, Ultra-Massive MIMO, Visible light communications, Wireless Communications |
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GaN/InGaN nanowire |
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LED, power electronic device, vertical-cavity surface emitting laser |
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Energy converting, nanomaterials, optoelectronics |
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Hand Gestures Recognition, Indoor localization |
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Optimization about power allocation, Performance analysis on wireless communications, spatial modulation, Stochastic Geometry |
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electronics, energy storage, nanomaterials, sensors |
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KACARE, renewable energy, SABIC, SAFCO, structural design |
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machine learning, Next generation wireless communications |
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beamforming, haps, interference management, nr-u, prototyping, tochnologies coexistence |
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Mechanics, mechatronic systems, MEMS, robotics |
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droplet microfluidics, MEMS, microfluidics, polymer microfabrication |
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electrical engineering, Signal processing |
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Autonomous Underwater Vehicles, Systems Architecture |
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optical communication, quantum communication |
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density functional theory, flexible nanodevices, flexible solar cells, nanomaterials, thin films |
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plasmonic structures, THz antennas |
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Random Matrix Theory, Ultra-massive MIMO systems, wireless communication systems |
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Channel modeling, Composite fading channels, KFUPM, Multihop relay networks, optical wireless communication systems, Performance analysis of communication systems |
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cyber-physical systems, cybersecurity, embedded systems, industrial control systems, internet of things security |
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Fiber-optic sensors, machine learning, optical communication, Optical sensors |
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Cognitive radios, machine learning, Resource allocation |
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Data Sciences, machine learning, Random Matrix Theory, Robust estimation, Sensor array processing, Signal processing |
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magnetism, plasmonics |
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Cellular Networks, Cooperative communications, optimization, Wireless Communications |
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Quantum information theory, Quantum optics |
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Femtocell deployment and capabilities, MIMO channel decomposition techniques |
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Microelectronic circuit design |
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3D object detection, Computer Vision, Deep learning |
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Computer Vision, Deep learning |
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electronics, energy harvesting, nanofabrication technology |
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Cognitive radio network, Cooperative relay network, Simultaneous Wireless and Power Transfer, Visible light communications |
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Computer Vision, Deep learning, machine learning |
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FSO systems, Maritime vehicles; teams; modelling, Underwater acoustic and optical communication, Underwater sensor networks, Underwater target detection and localization |
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Green communications, Radio frequency devices |
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Materials for blue and UV LEDs, MBE growth, solid-state lighting |
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Near-field massive MIMO systems, Reconfigurable intelligent surface-assisted, Wideband terahertz communications, Wireless Communications |
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IoT, Wireless communication |
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control systems, intelligent systems, RISC, robotics |
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photovoltaics, thermoelectric appliances |
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Computer architecture, Deep learning, In-memory computing |
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cooperative technology, Physical layer security, Terahertz communications |
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OFDM with index modulation, Satellite Communications, UV Communications |
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SiGe nanotube FET |
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bioelectronics, organic electronics, organic semiconductor |
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Photonics and optoelectronics |
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Free Space Optics, Wireless communication |
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III-Nitride Optoelectronics, Laser Diodes |
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embedded systems, energy harvesting, prototyping, sensing platforms |
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RF circuits, Wireless Communications |
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Computer Vision for Automation, Deep-learning based detection, Embedded system developing, machine learning, MIMO radars, Programming language, radar applications, Radar imaging |
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machine learning, Numerical solution of differential equations, Probabilistic robotics |
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Cognitive radio network, Free-space optical wireless communication, Trajectory optimization |
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Applied Machine Learning, energy harvesting, fiber optics, Fiber-optic sensors, optical networks |
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Disordered Plasmonics and Complex Metamaterials |
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control, HRI, robotics |
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optoelectronic devices |
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GaN, Large bandgap group-III nitride, molecular beam epitaxy, nanomaterials, Photonics and optoelectronics |
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computer graphics, data visualisation, numerical simulations |
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LoRAWAN, Reinforcement Learning, Space-Air-Ground-Underground Integrated Networks, Wireless Energy Transfer, Wireless Underground Sensor Networks |
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Modeling and analysis of Communication systems |
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AI for healthcare, Computer Vision, deep learning, machine learning, Medical imaging |
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JSAC, MIMO-radar waveform design, Next generation wireless communications, quantum computing |
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intelligent systems, Navigation and Guidance, Robotics and Control |
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calculus of variations, fluid dynamics, free boundary problems, Mathematical Biology, mean curvature flow, Microelectromechanical, Partial Differential Equations |
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laser |
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metalorganic vapor-phase epitaxy, micro-light-emitting diodes, nitride semiconductor, vertical-cavity surface emitting laser |
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Computer Vision, control systems |
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antenna arrays, lab-on-a-chip, nonlinear models, sensors |
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control systems, intelligent systems, RISC, robotics |
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artificial intelligence, satellite communication |
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data science, Feedback Reduction in Multiuser and Relay Networks, high dimensional statistics, machine learning, Random Matrix Theory, Selected Applications, statistical signal processing, Supervised Learning Algorithms |
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bioengineering, biomedical devices, MEMS |
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Cellular Networks, Hybrid Aerial-Terrestrial Networks, Statistical Modeling, Stochastic Geometry and Point Processes |
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Near field communications, Optical Wireless Communication, Performance analysis, Physical layer security, Unmanned aerial vehicles UAVs enabled wireless networks |
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5G antennas, antenna arrays, Terahertz antennas |
