Abstract
Human Body Communication (HBC) is the medium to communicate transfer the health informatics by using human body tissue. The Body Area Network (BAN) requires promising physical layer solution. The human centric nature of HBC offers an innovative method to transfer the health care data, transmission requires low interference and reliable data link. HBC electrodes play a role of wireless antennas in other communication standards. In this paper, health monitoring device is designed, the health data collected from wearable sensors (worn on the body) and transmit it through human body to receiver device. The healthiness information is communicated via human to machine contact. By using HBC based wearable health monitoring system is utilizes propose restrains and signal convey distinctiveness can be calculated and evaluated in this system. Finally, calculation of reactance of capacitance among transmitter and receiver electrodes can be done successfully. In this paper is important issues related to HBC data transmission such as signal propagation model, communication performance, and experimental considerations is conducted and necessary results are presented.
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