… of space-based radar systems (SBRs), which operate in the ambient ionosphere environment;
in particular, we review the use of space-based synthetic aperture radar systems (SARs) …

… necessary for participation in this branch of radar system engineering. In writing this book, …
manner the theoretical and practical aspects of radar signal processing applications that are …

… This article provides a brief review of radar space-time adaptive processing (STAP) from
its … -based (KB) perspective. Signal detection using adaptive processing in spatial and temporal …

… space-based radars have some civilian applications, but most of them are defense oriented.
Airborne civilian applications concern mainly weather radars of … Space-based civilian radars …

… In this paper, the principle of space–time impulse-array processing is presented based on
a … On the other hand, array beamforming or simply space processing based on impulse …

… applications, a review of the current state of development of the applications along with the
fundamental theory is … Review of GPR theory and applications by leaders in the field* Up-to-…

… The TechSat21 space-based radar employs a cluster of free-… space is proposed, which
exploits the double periodicities of the grating lobes in the angular domain and of the radar …

… beyond radar in which joint adaptive sensor temporal and spatial processing are … radar
in this book, virtually all of the techniques discussed have counterparts in other applications …

… Near-ground measurements of clutter statistics must be used with caution in extrapolations
involving space applications. One of the problems concerns the accurate knowledge of the …

… In this section, we will discuss the main features of spaceborne SAR systems. These include:
azimuth and range … This technique is commonly used with ground-based radar systems. …