Resolution is the most important parameter to measure the radar images quality. In this
paper, a method of improving azimuth resolution based on spectrum synthesis under line …

The researches of imaging algorithms for synthetic aperture radar (SAR) is focused on the
air-and space-borne SAR from the theory of SAR was formed. In this paper, we propose a …

In the paper, high-resolution Synthetic Aperture Radar (SAR) imaging system is studied and
its indicators are analyzed. To achieve high resolution, the system has a large transmission …

Highly reliable SAR simulation data is of great necessity in SAR system design, image
formation algorithm and compensation algorithm. An feasible approach for distributed …

The signal processing of azimuth multi-channel spaceborne SAR is studied. A
compensating method for different path signal error in azimuth is given. A novel method to …

The azimuth ambiguity is a key character to scale the image quality, but the traditional
expression in strip-map SAR does not match the situation in sliding spotlight. This paper …

Since the birth of the synthetic aperture radar, how to enhance the resolution is the very
important direction of the SAR research, with the resolution of airborne SAR come to 0.1 m …

The SAR processor was developed for fast delivery of high-resolution images from the
Chinese CRS-1 satellite based on Pentium IV technology. Through testing, all the following …

Intensive research is currently concentered at the field of Space-borne Reflector Synthetic
Aperture Radar (SAR) Systems for high resolution wide-swath application. To meet the …

In this paper, several algorithms of azimuth processing of spaceborne synthetic aperture
radar (SAR) is discussed in detail. According to the characteristic of spaceborne SAR, the …