High-Frequency Ground Wave Radar Complete Simulation

This documentation presents a complete MATLAB simulation program for high-frequency ground wave radar systems, implementing several critical functionalities through modular design. The program enables simulation of six core components: ground wave propagation module, target echo power calculation module, and four additional radar subsystems. Each module contains specific algorithm implementations - for instance, the ground wave propagation module utilizes wave equation solutions and ionospheric parameters, while the echo power module calculates radar cross-section and path loss using established electromagnetic models.

Through this comprehensive simulation environment, users can gain deep insights into radar operating principles and performance characteristics. The program's architecture facilitates understanding of radar signal processing workflows and data analysis methodologies, featuring functions for signal generation, noise modeling, and detection probability calculations. By employing this high-frequency ground wave radar simulation toolkit, researchers and engineers can effectively study radar technology applications and advancements, establishing a solid foundation for future research projects and practical implementations in radar system development.