Radar Signal Simulation

The radar signal simulation encompasses various interval modulation patterns including conventional fixed-pulse repetition interval (PRI), staggered PRI, group-variant PRI, and jittered PRI implementations. The simulation employs advanced digital signal processing algorithms, utilizing MATLAB's phased array toolbox and custom PRI modulation functions to accurately replicate these patterns with precise timing control. Key functions include pulse waveform generation using phased.RadarPulseGenerator, PRI modulation through custom timing controllers, and signal analysis via matched filtering techniques. The resulting simulation data enables comprehensive analysis of radar signal behavior under different operational conditions, particularly useful for evaluating target detection performance and electronic countermeasure (ECM) resilience. This simulation framework provides valuable insights for optimizing radar system design parameters, including pulse scheduling algorithms and anti-jamming capabilities, ensuring maximum operational effectiveness in complex electromagnetic environments.