Spaceborne stripmap range sweep synthetic aperture radar (SS-RSSAR) can image regions
of interest tilted with the satellite orbit and has great potential in reducing data rates and …

To overcome the inherent conflict between azimuth resolution and wide swath in
conventional synthetic aperture radar (SAR) systems, the concept of raster scan SAR (RS …

The spaceborne stripmap range sweep synthetic aperture radar (SS-RSSAR) is a new
operation mode for efficiently imaging the regions squinted with satellite orbit. By …

Compared with traditional synthetic aperture radar (SAR), sparse SAR system can obtain
higher swath with reduced pulse repetition frequency (PRF). Terrain observation by …

For a single-channel spaceborne synthetic aperture radar (SAR), the usage of a low pulse
repetition frequency (PRF) is an effective technical way to extend the range swath. The sub …

Terrain observation by progressive scans (TOPS) is a novel and promising wide-swath
synthetic aperture radar (SAR) imaging mode, which overcomes the scalloping effect …

The application of the spaceborne stripmap range sweep synthetic aperture radar (SS-
RSSAR) is limited by its fixed azimuth beam pointing. In this paper a more advanced …

This paper presents a new spaceborne synthetic aperture radar (SAR) burst mode named
“Extended Terrain Observation by Progressive Scans (ETOPS)” for wide swath imaged …

The spaceborne stripmap range sweep synthetic aperture radar (SS-RSSAR) is a new
concept spaceborne SAR system that images the region of interest (ROI) with ROI-orientated …

The azimuth extent of imaged scene is relatively small under staring spotlight synthetic
aperture radar (SAR) mode. The sliding spotlight SAR mode can enlarge the extent of the …