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Human Body Modelling for Wireless Body Area Network Optimization

In the paper two simplified models of human body dedicated for the automated optimization of wireless body area networks are presented. First model maps the fragment of the body and allows to simulate impedance mismatch of wearable antennas. This model was used in the optimization process of a wearable antenna to reduce the simulation time in each iteration which significantly shortens the time needed for design. The second model uses cylindrical elements to reproduce the entire body. It has exact physical equivalent that can be easily fabricated. In addition, it can also be quickly generated automatically in the program for electromagnetic simulations during automated optimization of WBAN. Such model represents both the Figure of a standing and sitting person, so the change of body position can be taken into account in the process of system optimization.