millimeter-wave radar, indoor detection, extended target tracking, group tracking, marine radar, ellipse parameterization, data association, cooperative multisensor system, clustering, small object detection, attention mechanism, loss function, remote sensing, synthetic aperture radar (SAR), convolutional neural network (CNN), ship detection, hybrid attention mechanism, polarimetric high-resolution radar, range extended target detection, automotive radar, interference mitigation, linear prediction, spectrum sub-band analysis, spectrum sub-band synthesis, LSS target detection, software-defined radar, transmit beam control, adaptive waveform generation, collaborative trajectory planning and resource allocation (CTPRA), multi-target tracking (MTT), airborne radar networks, Bayesian Cramér–Rao lower bound (BCRLB), spectral coexistence, coalition game, radar networks, power allocation, Nash equilibrium (NE), low probability of intercept (LPI), passive bistatic radar (PBR), signal purification, signal localization, signal reconstruction, polarization-sensitive array, MeMBer filter, MDL principle, pseudo-likelihood function, SMC method, long-time coherent integration, parameter estimation, improved axis rotation, Lv’s distribution, Doppler ambiguity number, terahertz (THz) radar, inverse synthetic aperture radar (ISAR), newton method (NM), second-order range migration (SRM) correction, rotation estimation, moving target detection, multiple-beams joint integration, multi-beam phase compensation function (MSPCF), multi-scale sliding windowed phase difference (MSWPD), spatial projection (SP), outlier interference, interactive multiple model, weighted maximum correntropy criterion, maneuvering target tracking, multipath interference, multi-target tracking, pedestrian number estimation, hybrid clutter model LMB filter, non-grid multiple scattering points, range sidelobe, improved MUSIC algorithm, iterative suppression, minimum mean square error, MIMO MMW radar, overhead perspective, multipath propagation, coherent sources, multipath suppression, Earth Sciences, Geography, Environment, Planning, Geography, Geographical information systems, geodata and remote sensing

Radar systems can provide the all-weather and all-time detection and tracking of targets of interest, and they have been extensively applied by the remote sensing community, in applications such as geological exploration, disaster forecasting, traffic monitoring, urban planning, environmental sciences, hydrology, littoral zones, oceans, etc. This reprint contains the several advance research studies on radar systems for target detection and tracking. It includes multipath ghost suppression, maneuvering target tracking, target detection, and other topics.