Simulation of High-Resolution Range Profiles

We provide a source code implementation capable of simulating high-resolution range profiles (HRRP). This program serves as a valuable tool for understanding and processing range profiles by generating realistic simulations under various scenarios. The core algorithm implements radar signal processing techniques, including pulse compression and range bin calculation, to model electromagnetic wave propagation and target scattering characteristics. Key functions include parameter configuration for radar systems, target modeling with customizable RCS properties, and coherent integration processing. Through this simulation, users can analyze HRRP behavior under different conditions such as varying target trajectories, signal-to-noise ratios, and bandwidth configurations. The generated data supports algorithm validation for target recognition, feature extraction, and classification systems. This source code provides a foundational framework for researchers to optimize processing methodologies and effectively leverage range profile information in practical applications, ultimately enhancing performance in radar signal analysis and target identification tasks.