About Abdelhay Ali Abdelhay Ali Postdoctoral Research Fellow, Electrical and Computer Engineering body area networks Deep learning Digital Systems Design ASIC Design FPGA Projects Related Projects 2026 BioContact Assurance System Mon, Aug 17 2026 Research body area networks Reliable electrode-skin contact is fundamental for accurate biomedical signal acquisition in applications such as ECG, EEG, and EMG monitoring. Traditional lead-off detection methods face challenges from motion artifacts, environmental noise, and fluctuating skin-electrode impedance. The BioContact Assurance System (BCAS) leverages common-ground human body communication (CG-HBC), utilizing the human body itself as a signal transmission medium. BCAS enables real-time electrode contact monitoring and verification, paving the way for improved performance in wearable healthcare devices and broader SPARK: Social and Personal Adaptive Response Kit Thu, Aug 20 2026 Resource body area networks Igniting Child Development with AI and Sensor Technology 2025 AgriLink: Internet of Plants for Smart Agriculture Thu, Sep 25 2025 Research body area networks Dense vegetation severely attenuates 2.4–5 GHz RF links (additional foliage loss of order 1–3 dB/m, and often >30 dB across canopies), forcing higher transmit power or more relays in plant/greenhouse settings. In contrast, Plant-Body Communication (PBC) utilizes signals within the stem, where ionic pathways and distributed capacitances form a guided, low-radiation medium, thereby reducing path loss and environmental variability. We target two practical outcomes: 1. quantify and model the intra-plant channel across coupling modes (galvanic vs. capacitive), species (herbaceous Dieffenbachia vs BioLink: Internet of Body via HBC for Healthcare Thu, Sep 25 2025 Research body area networks BioLink is an umbrella research initiative advancing Human Body Communication (HBC) technologies for connected and personalized healthcare. It brings together multiple research projects spanning ultra-low-power HBC transceiver integrated circuits, wearable and implantable sensing systems, physiological-signal monitoring, body-area networking, embedded intelligence, and secure healthcare connectivity. HBC uses the human body itself as a medium for data exchange between devices placed on, around, or within the body. In contrast to conventional wireless links that radiate radio-frequency signals 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
BioContact Assurance System Mon, Aug 17 2026 Research body area networks Reliable electrode-skin contact is fundamental for accurate biomedical signal acquisition in applications such as ECG, EEG, and EMG monitoring. Traditional lead-off detection methods face challenges from motion artifacts, environmental noise, and fluctuating skin-electrode impedance. The BioContact Assurance System (BCAS) leverages common-ground human body communication (CG-HBC), utilizing the human body itself as a signal transmission medium. BCAS enables real-time electrode contact monitoring and verification, paving the way for improved performance in wearable healthcare devices and broader
SPARK: Social and Personal Adaptive Response Kit Thu, Aug 20 2026 Resource body area networks Igniting Child Development with AI and Sensor Technology
AgriLink: Internet of Plants for Smart Agriculture Thu, Sep 25 2025 Research body area networks Dense vegetation severely attenuates 2.4–5 GHz RF links (additional foliage loss of order 1–3 dB/m, and often >30 dB across canopies), forcing higher transmit power or more relays in plant/greenhouse settings. In contrast, Plant-Body Communication (PBC) utilizes signals within the stem, where ionic pathways and distributed capacitances form a guided, low-radiation medium, thereby reducing path loss and environmental variability. We target two practical outcomes: 1. quantify and model the intra-plant channel across coupling modes (galvanic vs. capacitive), species (herbaceous Dieffenbachia vs
BioLink: Internet of Body via HBC for Healthcare Thu, Sep 25 2025 Research body area networks BioLink is an umbrella research initiative advancing Human Body Communication (HBC) technologies for connected and personalized healthcare. It brings together multiple research projects spanning ultra-low-power HBC transceiver integrated circuits, wearable and implantable sensing systems, physiological-signal monitoring, body-area networking, embedded intelligence, and secure healthcare connectivity. HBC uses the human body itself as a medium for data exchange between devices placed on, around, or within the body. In contrast to conventional wireless links that radiate radio-frequency signals
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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