MATLAB Antenna Programming: Horizontal Polarization Radiation Pattern

This article explores the methodology of developing MATLAB programs for generating antenna radiation patterns with horizontal polarization. We will conduct an in-depth analysis of various antenna design parameters including antenna types, frequency ranges, power specifications, and polarization modes. The implementation involves utilizing MATLAB's electromagnetic simulation capabilities to model and optimize antenna performance for practical applications. Key programming aspects covered include data processing techniques, appropriate visualization tool selection (such as polar plots and 3D radiation patterns), and code optimization strategies for computational efficiency. The implementation typically employs antenna toolbox functions like pattern() for radiation pattern generation and polarization() for polarization analysis. Algorithmically, we'll examine how to calculate far-field patterns using mathematical models and incorporate polarization parameters into the simulation. By the conclusion of this article, readers will acquire comprehensive skills in MATLAB programming for generating horizontal polarization radiation patterns, including practical code examples for pattern customization and performance validation.