Low-Power Integrated Circuits Design Coupled With MEMS-Based Sensing Systems for Wearable Sensing, Biomedical Implant, Environmental Sensing, Power Transfer, Rf Communication, and General Industrial Sensing Applications
1 faculty research Low-Power Integrated Circuits Design Coupled With MEMS-Based Sensing Systems for Wearable Sensing, Biomedical Implant, Environmental Sensing, Power Transfer, Rf Communication, and General Industrial Sensing Applications on GradNova.
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USTAR Associate Professor
Low-Power Integrated Circuits Design Coupled With MEMS-Based Sensing Systems for Wearable Sensing, Biomedical Implant, Environmental Sensing, Power Transfer, Rf Communication, and General Industrial Sensing Applications
Wireless Power Transfer Systems
Advanced MEMS and NEMS Technologies
Energy Harvesting in Wireless Networks
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