MATLAB M-File for Radar Direct Wave Cancellation

I have developed a custom MATLAB M-file specifically designed for radar direct wave cancellation, which improves the signal-to-noise ratio of target echoes by effectively suppressing direct wave interference. This implementation utilizes adaptive filtering techniques, potentially employing algorithms like LMS (Least Mean Squares) or RLS (Recursive Least Squares) to dynamically adjust filter coefficients based on received signal characteristics. The robust functionality of this M-file significantly enhances radar systems' target detection and identification capabilities. By incorporating real-time signal processing methods, the code effectively minimizes direct wave contamination, thereby improving both the quality and reliability of target echoes. Key functions likely include signal preprocessing, reference signal generation, and adaptive filter weight updates through mathematical operations like correlation calculations and coefficient adjustments. This solution is particularly valuable for radar applications as it enables more accurate determination of target position and characteristics through advanced digital signal processing techniques. The implementation may feature configurable parameters such as filter length, convergence factors, and threshold settings for optimal performance across different operational scenarios. By integrating this M-file into radar signal processing chains, systems can achieve optimized performance and higher operational efficiency through improved clutter rejection capabilities.