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The human body has got a pivotal role in portable devices operating in Body-centric Wireless Networks (BCWNs). Electromagnetic interaction between lossy human body tissues and wearable antennas degrades the system performance. E-cient deployment of such systems necessitates thorough understanding of these efiects. Numerical analysis is a powerful tool that provides useful information of such scenarios fairly quicker than the actual measurements giving the user full control of the design environment. This paper investigates usefulness of numerical analysis based on the comparison of three difierent homogeneous models of the human body. Efiectiveness of a numerical model is evaluated in terms of its resolution, computational e-ciency, time consumption and accuracy of the results in software followed by experimental veriflcations.

NUMERICAL MODELLING OF HUMAN BODY FOR BLUETOOTH BODY-WORN APPLICATIONS