Design and Optimization Techniques of Wireless Transfer System for Readout of in-Vivo Devices

$in\ vivo$
devices have become an important diagnostic and treatment tool for physicians and life science researchers. The precise design of wireless battery-free system for communicating with
$in\ vivo$
devices is a great challenge that needs to be urgently addressed in the field of wireless communication engineering and bioelectromagnetics. This project aims to investigate and design an efficiency enhanced near-field communication (NFC) system by studying the characterizations of coupling coils applied for wireless energy transmission and signal readout of
$in\ vivo$
devices. The proposed work could be a guideline for designing an inductive power supply platform with high transmission efficiency.