Part 3: RF Sensing Systems and Signal Processing
Chapter 9: Radar Signal Processing Fundamentals
Intermediate~150 min
Learning Objectives
- Derive the radar equation and compute received power for monostatic and bistatic geometries
- Compute and interpret ambiguity functions for standard radar waveforms including LFM and phase-coded
- Implement matched filtering and pulse compression, and quantify range resolution and sidelobe control
- Construct range-Doppler maps via 2D-FFT processing and understand velocity ambiguity
- Apply CFAR detection theory and compute ROC curves for Swerling target models
- Derive STAP weight vectors for clutter suppression in airborne radar
- Implement MUSIC and ESPRIT for super-resolution direction-of-arrival estimation
Sections
💬 Discussion
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