Radar System Simulation with Phase-Coded Intra-Pulse Linear Frequency Modulation Hybrid Signals

Radar system simulation employing phase-coded intra-pulse linear frequency modulation hybrid signals. The radar system features digital quadrature demodulation, pulse compression processing, fixed target cancellation, moving target detection (MTD), and constant false alarm rate (CFAR) processing capabilities.

Digital Quadrature Demodulation of Linear Frequency Modulated Signals

ex9_1: Pulse Signal Modulation | ex9_2: LFM Signal with 10MHz Carrier and 2MHz Bandwidth including Spectrum Diagram | ex9_3: Generation of 7-bit Barker Code Encoded Biphase Code | ex9_4: Hybrid Modulation Signal Combining 7-bit Barker Code and LFM | ex9_5: Rayleigh Distribution Implementation | ex9_6: Rayleigh Distribution with Clutter | ex9_7: Correlated Lognormal Distribution Clutter | ex9_8: Weibull Distribution Clutter | ex9_9: Coherent Correlated K-Distribution Clutter | ex9_10: Digital Quadrature Demodulation of LFM Signals | ex9_11: Radar Pulse Compression Processing | ex9_12: Pulse Compression Processing for Biphase Coded Signals | ex9_13: MTD Processing Implementation using FFT and FIR Methods