: Chapters 8–9 and 13–15 explore target detection with long pulse series, sequential detection, Space-Time Adaptive Processing (STAP), and Synthetic Aperture Radar (SAR) for moving target detection.
: Allows the radar beam to be pointed in one or more directions rapidly without physical movement by varying the phase and magnitude of individual antenna elements.
: Advanced algorithms used for the precise location and separation of multiple targets beyond the standard beamwidth limits.
: The final chapters cover Inverse SAR (ISAR), target classification, experimental systems like ELRA , MIMO radar, and passive radar. Key Radar Techniques
: Chapters 8–9 and 13–15 explore target detection with long pulse series, sequential detection, Space-Time Adaptive Processing (STAP), and Synthetic Aperture Radar (SAR) for moving target detection.
: Allows the radar beam to be pointed in one or more directions rapidly without physical movement by varying the phase and magnitude of individual antenna elements.
: Advanced algorithms used for the precise location and separation of multiple targets beyond the standard beamwidth limits.
: The final chapters cover Inverse SAR (ISAR), target classification, experimental systems like ELRA , MIMO radar, and passive radar. Key Radar Techniques