Radar Array Signal Processing Toolbox

The Radar Array Signal Processing Toolbox serves as an essential resource for engineers and researchers working with array-based radar systems. This toolbox enables sophisticated modeling and simulation of both active radar (transmitting and receiving signals) and passive radar (receiving-only systems) signal processing scenarios. It includes implementations of core algorithms such as beamforming techniques, direction-of-arrival estimation methods, and signal detection algorithms. The toolbox contains numerous well-documented examples that illustrate practical implementation approaches, including code structures for signal generation, array configuration setup, and processing pipeline development. These examples help users better understand fundamental concepts through hands-on experimentation with parameters like array geometry, signal-to-noise ratio optimization, and adaptive filtering techniques. The toolbox architecture supports modular development, allowing users to extend functionality while maintaining compatibility with standard radar signal processing workflows.