Cir of Nanoscale Communication for Different Polarization Factor

Recently, Nanoscale Communication (NC) has opens door to new techniques in medical and security against Nuclear, Biological and Chemical weapons. However, modelling and analysis of the effect of the channel are one of the main issues in NC. Further, apart from path loss polarization factor affect the Channel Impulse Response (CIR). This paper presents the effect of polarization factor on CIR of NC system under Channel Model-3 (CM-3) scenario. Furthermore, it is noticeable that the CM-3 scenario includes both Line of Sight (LOS) and Non-LOS of intra-body and body to exterior. All possible scenarios of CM-3 are included in the analysis by considering different positioning of the antenna with polarization factor of respective antennas. The results are simulated in MATLAB-14.