About Amr Abdelrahman Amr Abdelrahman Ph.D. Student, Electrical and Computer Engineering human body communication intenet of bodies low power transceivers analog/mixed signals design-to-tapeout Projects Related Projects 2025 Wire-Free Wearables: Adaptive Low-Power Transceivers for Human Body Communication Thu, Sep 25 2025 Research body area networks Wearable and implantable sensing is limited by its radio, not by its sensor. On the body, conventional RF links suffer shadowing and multipath, radiate energy into the surrounding room, and end up dominating the power budget of a node whose battery has to be small enough to wear. Human Body Communication (HBC) removes that radio: the signal is coupled into conductive tissue through skin electrodes and travels along the wearer, cutting transmit energy by orders of magnitude while keeping the data confined to the person carrying it. This project is the analog / mixed-signal integrated-circuit
Wire-Free Wearables: Adaptive Low-Power Transceivers for Human Body Communication Thu, Sep 25 2025 Research body area networks Wearable and implantable sensing is limited by its radio, not by its sensor. On the body, conventional RF links suffer shadowing and multipath, radiate energy into the surrounding room, and end up dominating the power budget of a node whose battery has to be small enough to wear. Human Body Communication (HBC) removes that radio: the signal is coupled into conductive tissue through skin electrodes and travels along the wearer, cutting transmit energy by orders of magnitude while keeping the data confined to the person carrying it. This project is the analog / mixed-signal integrated-circuit
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