A near-field spherical layered human head model for stroke detections

In this paper, a near-field spherical layered human head (SLH) model is introduced for stroke detections. The model excited by a half-wave E-dipole is explained at length with its detailed modeling procedures stated. Simulated parameters which are obtained between SLH and hand phantom, such as stroke scattering features (SSF) and antenna S-parameters, are compared. It is found that these parameters can be correctly modeled by SLH except its SSF within head.