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FDA-MIMO Radar, haps, ISAC, remote sensing, Talget Detection |
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body area networks, Deep learning, Digital Systems Design |
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Computer Vision, Diffusion Models, Large Language Models, Retrieval-augmented generation |
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5G and beyond, UAV-Assisted Cellular and Sensor Networks, Underwater Optical Wireless Communications and Networking |
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Localization, machine learning |
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machine learning, Machine learning applications for wireless communication systems |
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cybersecurity |
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MEMS, microfluidics, Plant Wearables, precision agriculture, Single atom catalysts |
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communication, Network Design, Signal processing |
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phased-arrays, Radio Frequency Integrated Circuits, Satellite Communications, system on chip, wireless transceivers |
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Deep Reinforcement Learning, human body communication, Internet of Bodies, wireless sensor networks |
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cybersecurity |
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Advanced Perception, Computer Vision, deep learning, multimodal AI |
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body area networks, Research |
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automotive security, blockchain, cybersecurity, trusted execution environments, V2X |
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6G, mmWave systems, Near-field propagation analysis, Physically consistent modeling, Reconfigurable Intelligent Surfaces, Signal processing, Sparse signal recovery |
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Computer Vision, Deep generative models, machine learning |
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cybersecurity |
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Cyber Security, LLM, Malware Analysis |
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embedded systems, low power digital circuit, mobile systems, Signal processing, Wireless Communications |
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Digital signal processing, ISAC, machine learning for wireless communication, massive MIMO wireless communication, Near field communications, Next generation wireless communications |
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Digital signal processing, HetNets interference management, interference alignment, ISAC, mMIMO channel estimation, NOMA |
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artificial intelligence, deep learning, optimization, TinyML |
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Biomedical Signal Processing, Digital signal processing, healthcare, IoT, machine learning |
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Research |
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communication networks, Signal processing |
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integrated photonics, light–matter interaction, optomechanics, quantum metrology, Quantum optics |
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cybersecurity, malware |
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bioscience, Cellular Networks, living systems, Mathematical modeling, Tissue Engineering |
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coding techniques for Terahertz, communication engineering, Data detection and decoding, Massive MIMO Systems, MATLAB, Python, Signal processing, wireless communication |
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analog/mixed signals design-to-tapeout, human body communication, intenet of bodies, low power transceivers |
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Green communications, Visible light communications |
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computational statistics, machine learning, Statistical Modeling, stochastic processes |
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Action understanding, AI4Science, Continual Learning, Multimodal learning, Visual Language Models |
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Electron Transport, microelectronics |
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biosensing, microwaves, receiver architecture, RF, RF devices, Sensing |
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integrated photonics, Nonlinear Optics, Quantum nanomaterials, ultrafast fiber lasers |
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5G and beyond, artificial intelligence, cellular and sensor networks, Deep learning, Digital signal processing, Machine learning applications for wireless communication systems, Resource allocation, UAV-Assisted |
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machine learning, reconfigurable computing |
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AI, Computer Vision, Deep learning, Reinforcement Learning |
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biotechnology, healthcare |
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body area networks, Research |
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optical frequency combs, quantum-dot lasers |
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artificial intelligence for wireless communication, distributed multimodal ISAC, ISAC, Semantic Communication |
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Media |
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Info |
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network security, optimization, Performance analysis, Wireless Communications |
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ISAC, machine learning for wireless communication, Next generation wireless communications, UAV-enabled wireless communications |
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Affective AI, Human-computer Interaction, Interactive Video Generation |
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machine learning, optimization, Signal processing, wireless communication |
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Quantitative finance, stochastic algorithms |
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Front Page |
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ambit fields, neural inference methods, simulation-based inference, Spatial and spatio-temporal statistics |
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Biosensors, body area networks, health effects, magnetism |
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efficient deep learning architectures, event-based object detection, neuromorphic vision systems, PhD Dissertation Defense |
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autonomous driving, Deep learning, event-based cameras, neuromorphic computing, Neuromorphic Vision, Object detection |
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wireless communication |
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Research, wireless communication |
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Research, wireless communication |
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Research |
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AI accelerator, Research |
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AI accelerator, Research |
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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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biomechanics, numerical analysis, scientific computing, solid mechanics |
