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Ultra-Low-Power Batteryless System-on-Chip Solutions for Next-Generation Bioelectronics and IoT
In this workshop, we review recent advances in low-power wireless data transceivers, wireless power delivery systems, and circuit/antenna co-design techniques. We discuss the opportunities offered by SoC-based platforms to enhance the operation of next-generation IoT and medical devices by exploiting machine-learning-assisted sensing. Energy harvesting SoC devices are the most promising solution for future wireless sensing with applications in medical implants and IoT. On one side, energy extraction from ambient sources facilitates permanent powering techniques required for long-term operation. On the other side, the high integration capability of commercial CMOS technology opens the opportunity for high-resolution sensing and data communication with a compact form factor. My research builds a foundation for joint wireless power delivery, low-power sensing, and wireless communication.