To Study the Mathematical Analysis for Human area Networking using Finite Element Method

Human area network (HAN) makes use of human body as a medium for transmission of signal. This is also known as RED TACTON. Because of its unique characters, this technology can be said as a novel and promising technology many applications in the fields such as personal area network (PAN), computer network access, implant biomedical monitoring, human energy transmission, etc. In this paper, work has been carried out for analyzing the electrostatic coupling for the RED TACTON technology by performing computer simulation using the developed finite-element models, in which (1) we have the incidence and reflection of electronic signal in the upper arm model which were analyzed by using the theory of electromagnetic wave, (2) the finite-element models of electrostatic coupling were developed by using the electromagnetic analysis package of ANSYS software, (3) the signal attenuation of electrostatic coupling were simulated under the conditions of different signal frequency, electrodes direction, electrodes size & transmission distance. Finally, important conclusions are deduced on the basis of simulation results.