Wearable Biometric Authentication for Health Monitoring System using RedTacton

Abstract

The exploitation of human body as a spread medium for studying the correspondence inside it, is called Human Body Correspondence (HBC). It is separated into two categories such as capacitive coupling and galvanic coupling. Capacitive coupling puts together for leveling down the range of gadget, and is gradually sensible for applications necessary for the gadgets to be slighter than the usual. Whereas galvanic coupling needs single set of cathodes equally in the transmitter (TX) and the beneficiary (RX), in comparison with the former, as it just involves a solitary anode for TX and RX as well. Since HBC displays implausible potential for wearable gadgets, it can move in elevated information rates while keeping up low force utilization, and provide high security and easy incorporation within body-worn gadgets. For instance, muscle, fat, and skeleton are distinctive between people; as they are the general dielectric constants of human body. Various HBC stimulating marks can be utilized as the biometric trait to corroborate people. For the confirmation and the correspondence the size of wearable gadgets will be comparatively lighter than supposed to be.