CEM based Optimization Approach for Effective Placement of Antenna

Abstract

<div class="section abstract"><div class="htmlview paragraph">In this paper, in order to obtain the specified communication range, this work provides a novel optimization approach for antenna placement inside a design space of a vehicle is proposed. The design community can undertake antenna design iterations and quickly investigate antenna placement areas with the help of the optimal placement of antenna utilizing computational electromagnetic (CEM) based optimization approach. The design of experiments (DOE) for various antenna positions and orientations was produced using the Taguchi method [<span class="xref">5</span>]. To examine the impact of near field E throughout communication range, Quasi-Newtonian gradient technique and high frequency simulation software (HFSS) are employed. Response curves were created from the received near field E in order to examine the mean, large mean, and cost-wise approaches in order to find the antenna's ideal position and orientation for a strong signal across the communication range.</div></div>