Method for Moving Target Detection Using Shipborne Phased Array Radar in Sea Clutter Environment

This article presents a method for moving target detection using shipborne phased array radar in sea clutter environments. The approach demonstrates remarkable performance stability, effectively eliminates clutter interference, and successfully extracts target signals. These characteristics make it particularly suitable for maritime target detection missions, especially in naval warfare scenarios. The implementation incorporates advanced signal processing techniques including: - Doppler filtering for velocity-based target discrimination - Clutter mapping and suppression algorithms - Adaptive threshold detection mechanisms - Pulse compression and beamforming operations Our codebase features clean, well-documented implementation with modular structure covering key components such as signal preprocessing, clutter cancellation, and target tracking modules. The simplicity and readability of the code make it an excellent educational resource for researchers studying radar systems and maritime detection algorithms. By studying this method, researchers can gain deeper insights into the application of shipborne phased array radar in maritime target detection, providing a solid foundation for future research and development in this field. The code includes practical examples demonstrating real-time processing capabilities and performance optimization techniques.