Frequency diverse array (FDA) radar is a hot topic among the scientific and industrial communities in the fields of radar and signal processing, due to the advent of new and advanced active array architectures with multiple transmit and receive channels, high-speed and off-the-shelf processors, arbitrary digital waveform generators, and solid-state transmitters.

• Chapter 1: Fundamental Concepts and Beamforming in FDA radars
• Chapter 2: Cognitive FDA Radar Using Performance Bounds
• Chapter 3: Adaptive Target Detection and Parameter Estimation in FDA-MIMO Radar
• Chapter 4: Bayesian Adaptive Radar Detection in FDA-MIMO Radar
• Chapter 5: Detection and Estimation with Polarimetric FDA-MIMO Radar
• Chapter 6: TX-RX Optimization for FDA-MIMO Radar
• Chapter 7: Designing FDA-MIMO radars robust to contaminated shared spectra and mismatched steering vectors
• Chapter 8: Mainlobe Deceptive Jammer Suppression using FDA-MIMO Radar
• Chapter 9: Space-Time-Range Adaptive Processing for FDA-MIMO Radar