Stepped Frequency Radar System Simulation

This document introduces a stepped frequency radar system simulation program, which can be utilized for performance analysis and simulation of stepped frequency radar systems. Stepped frequency radar systems are widely employed in radar technology for target detection and tracking through sequential frequency variation. The simulation program enables engineers to better understand and investigate the operational principles of stepped frequency radar systems while evaluating their performance through configurable parameters. By implementing algorithms for frequency stepping sequences, target echo modeling, and signal processing chains, users can simulate various scenarios and parameter configurations to conduct thorough system performance analysis and optimization. The code structure typically includes modules for waveform generation, target response simulation, matched filtering, and range-Doppler processing. Additionally, this simulation program serves educational purposes, assisting students and beginners in learning and mastering relevant knowledge of stepped frequency radar systems through practical code examples. In summary, this stepped frequency radar system simulation program provides researchers and engineers with a valuable tool for better understanding and applying stepped frequency radar technology, featuring customizable MATLAB/Python-based implementation with real-time parameter adjustment capabilities.