Sea Clutter Simulation for High-Frequency Surface Wave Radar with Dual-Row Linear Receiving Antenna Array

In the sea clutter simulation for high-frequency surface wave radar with dual-row linear receiving antenna array, point targets represent a crucial consideration factor. Therefore, we have incorporated point targets into our program to better simulate various scenarios in marine environments. These point targets can represent vessels, buoys, or other objects whose presence affects radar signal reflection and propagation, requiring appropriate simulation. The implementation uses coordinate-based target positioning with radar cross-section (RCS) modeling to simulate different object types. Additionally, we have accounted for ocean surface fluctuations under various weather conditions to more accurately simulate the marine environment. The simulation algorithm incorporates wave spectrum models and environmental parameters to generate realistic sea clutter patterns. These updated simulation procedures will better reflect real-world radar signal conditions in marine environments, thereby improving the accuracy and reliability of radar detection. The code includes configurable parameters for target properties, environmental conditions, and antenna array characteristics to facilitate flexible testing scenarios.