MATLAB Code Implementation for SAR Radar: Point Target Simulation with Complete Guide

SAR radar, short for Synthetic Aperture Radar, is a radar system that utilizes synthetic aperture technology to obtain high-resolution radar images. Point target simulation involves using computer programs and related literature to model the behavior and performance of point targets. The MATLAB implementation typically includes key algorithmic components such as range equation modeling, Doppler processing, and image formation techniques using backprojection or range-Doppler algorithms. In learning and applying SAR radar and point target simulation, we provide comprehensive guidance and training that covers fundamental signal processing functions, radar equation implementation, and phase history data generation. The code structure includes modules for signal generation, matched filtering, and image reconstruction, ensuring you master the relevant knowledge and practical implementation skills. The simulation package demonstrates how to model radar cross-section, implement pulse compression, and handle motion compensation challenges commonly encountered in SAR systems.