Modified PRI Transform Method

The Modified PRI Transform Method is specifically developed for radar signal sorting operations with enhanced capabilities to process jitter-affected radar signals. This approach incorporates sophisticated time-domain and frequency-domain analyses to extract crucial signal characteristics while effectively suppressing noise interference. The core algorithm typically involves implementing Fourier-based transformations or wavelet analysis to identify Pulse Repetition Interval (PRI) patterns in jittered signals. Through optimized windowing functions and adaptive thresholding techniques, the method achieves superior accuracy in signal parameter extraction. Widely adopted in modern radar systems, this enhanced PRI transform significantly improves processing reliability and classification precision. The methodology demonstrates particular effectiveness when handling diverse radar signal types, including those exhibiting varying jitter characteristics and modulation patterns. Further algorithmic refinements involving machine learning integration or real-time optimization can additional elevate the system's performance metrics and operational efficiency in complex electromagnetic environments.