Calculation of Antenna Array Radiation Patterns

The antenna array radiation pattern calculation program implements a one-dimensional computational method for analyzing linear antenna array radiation characteristics. This program calculates the radiation power distribution across different directions based on input parameters and array specifications. Through systematic parameterization, users can model array elements, spacing configurations, and excitation coefficients to generate accurate radiation patterns. The algorithm typically employs array factor calculations combined with element patterns, utilizing mathematical operations like summation of complex exponentials to represent phase differences between elements. This computational approach plays a vital role in wireless communication system design and optimization, enabling engineers to evaluate array performance metrics such as beamwidth, sidelobe levels, and directivity. By providing quantitative analysis capabilities, the program facilitates informed decisions in antenna array deployment strategies, ultimately enhancing communication quality and system reliability through optimized radiation pattern synthesis.