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Applications of compressive sensing for PAPR reduction in OFDM, deep learning approaches, machine learning, multi-modal transformer models, optimization, program synthesis |
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multivariate analysis |
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Data Analyst, Software Developer |
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nanofabrication, nanomaterials, nanophotonics, Solar fuels |
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Action Recognition, Self-supervised learning, Video Understanding |
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Bayesian Prediction, Biomedical Engineering, Signal processing, Sparse Recovery, Tracking of Sparse Signals |
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biomechanics, numerical analysis, scientific computing, solid mechanics |
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Free-space optical communications, optical imaging, remote sensing, Terahertz communications |
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Adaptive Optics, Chaos Shift Keying, FSO/RF Systems, intelligent reflecting surfaces |
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error-correction coding, Signal processing, Terahertz communications, Wireless Communications |
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Computer Vision, Data Visualization., machine learning |
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MIMO detection and decoding, Signal processing, Terahertz communications, Wireless Communications |
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AI, bioelectronics, Biosensors, medical applications.., ML |
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AI4Science, Computer Vision, machine learning |
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Cyber Security, cyber threats, IDPS, SOC, UAV Security |
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6g wireless systems, cloud- and fog-radio access networks, Cooperative networks, cross-layer optimization, machine learning, Optical communications |
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Bayesian computational statistics, Item Response Theory, Latent variable models, spatio-temporal statistics, Statistical methodology, Structural equation models |
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biomedical electronics, Communication Theory, image processing, satellite communication, Signal processing |
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heterogeneous integrated optical chip, high-speed electro-optic modulator, optical computing |
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mathematics, modeling, Programming language |
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Embedded systems., Non-Terrestrial Networks |
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Hand Gestures Recognition, Indoor localization |
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Applications, compressed sensing, MIMO radars |
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KACARE, renewable energy, SABIC, SAFCO, structural design |
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beamforming, haps, interference management, nr-u, prototyping, tochnologies coexistence |
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electrical engineering, Signal processing |
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machine learning, quantum computing., Signal processing |
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optical communication, quantum communication |
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Data Sciences, machine learning, Random Matrix Theory, Robust estimation, Sensor array processing, Signal processing |
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AWS, C++, Compressive Sensing, deep learning, GCP, JavaScript, machine learning, MATLAB, MongoDB, MySQL, Pattern Recognition, Python, Scilab, Signal processing |
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cybersecurity |
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Photonics and optoelectronics |
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control systems, wireless communication |
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machine learning, Signal processing, wireless communication |
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statistics |
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applied mathematics, bifurcation theory, bioscience, deep learning, Dynamical Systems |
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LoRAWAN, Reinforcement Learning, Space-Air-Ground-Underground Integrated Networks, Wireless Energy Transfer, Wireless Underground Sensor Networks |
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Locomotion analytics based on mobile network data, Sound Source Localization, Transportation mode recognition |
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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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calculus of variations, fluid dynamics, free boundary problems, Mathematical Biology, mean curvature flow, Microelectromechanical, Partial Differential Equations |
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convex optimization, detection and estimation, MIMO, Signal processing |
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control systems, intelligent systems, RISC, robotics |
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machine learning for wireless communication, Massive MIMO, multimodal sensing |
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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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Biomedical Signal Processing, Indoor localization, machine learning |
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Cellular Networks, Hybrid Aerial-Terrestrial Networks, Statistical Modeling, Stochastic Geometry and Point Processes |
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optimization, Signal processing, wireless network |
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Heterogeneous networks, Intelligent Transportation Systems, Self-organizing Networks, Signal processing for Wireless Networks, Stochastic Geometry |
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machine learning, Random Matrix Theory |
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development |
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non-orthogonal multiple-access NOMA networks, physical-layer security, reconfigurable intelligent surface |
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Applications, Graph Theory, Random Matrix Theory, Randomly Projected Regression |
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Dynamical Systems, Ericksen-Leslie Model, Liquid Crystals, non-linear partial differential equations |
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Metasurfaces, Wireless power transfer |
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Computer Vision., IoT, machine learning |
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artificial intelligence, development, machine learning, nonlinear, Rehabilitation, Signal processing |
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biomedical devices, Laser-scribed graphene, microfabrication, multimodal sensing, nanomaterials, Point of Care devices |
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Localization, wireless communication |
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Cyber Security, Trustworthy AI, Web Security |
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spin-orbit torque, Spintronics, Spintronics devices, thin films |
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5G networks, AI, deep learning, Digital Communications, GSM, MATLAB, Network Design, optical fiber, telecommunication |
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integrated photonics, Nonlinear Optics, ultrafast fiber lasers |
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Big data analysis, machine learning, Optimal Regularization of Linear System, Random Matrix Theory, Sensor networks, Signal processing |
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artificial intelligence, Cyber Security, IoT, LED Wireless Communication Systems, machine learning, Smart Wireless Massive Systems, Telecommunications |
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Acoustic sensing and communications, acoustic signal detection, Digital signal processing, Indoor positioning and navigation, IoT, Movement detection and tracking using RF and acoustic waves., Ultra-wideband communication, wearable electronics, wearables |
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Adaptive modulation and coding, channel estimation, cognitive radio, Localization, Massive MIMO Systems, Relaying and cooperative networks, space-time coding, Synchronization., ultrasound ranging, Waveform design for advanced multicarrier systems |
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Bayesian Compressive Sensing, cloud-native for B5G, machine learning, node clustering, Radar imaging, Signal processing, Ultra-wideband communication |
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AI, BLE communication, Neural Networks, Python |
