Subarray Weighting (Taylor) Algorithm Implementation

In phased array antennas, amplitude weighting variations across subarrays are employed to suppress sidelobes. This subarray weighting (Taylor) program performs customizable weighting operations on subarrays according to specific requirements. By adjusting subarray weighting amplitudes, the algorithm effectively controls and optimizes antenna radiation patterns and beam directionality. The implementation typically involves calculating Taylor weighting coefficients using mathematical functions like cosine weighting or optimized window functions, which can be programmed through vectorized operations for efficient computation. This enhancement improves antenna performance and flexibility, making the system adaptable to diverse communication requirements and environmental conditions. Additionally, the weighting program supports customizable configurations based on specific application scenarios, enabling precise and personalized weighting processing through parameterized function calls. Overall, the subarray weighting program serves as a crucial tool in phased array antenna design and optimization, employing array processing algorithms to enhance system performance and reliability while maintaining computational efficiency through matrix-based operations.