Multi-channel SAR enables wide swath with high azimuth resolution. Azimuth non-uniform
sampling will occur due to the nature of the orbit in the multi-channel SAR. In order to use …

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 new generation spaceborne SAR systems will be with high resolution and several work
modes. In this paper, a unified imaging algorithm for multimode spaceborne SAR with the …

The azimuth multichannel imaging scheme with the large receive antenna divided into
multiple sub-apertures usually leads to azimuth non-uniform sampling, and echoes from all …

This paper introduces a hybrid imaging mode of spaceborne SAR, which holds the particular
advantages of high-resolution and large imaging swath, and it has been uniquely applied to …

The confliction between swath width and resolution in the routine space-borne SAR can be
solved by Displaced Phase Centers multibeam in Azimuth with ScanSAR in across-track …

Multichannel synthetic aperture radar (SAR) systems are regarded as the most promising
candidate to simultaneously obtain the wide range swath and high azimuth resolution. The …

Multi-channel SAR can achieve high resolution and wide swath at the same time, which
overcoming the inherent limitations of conventional SAR system. Azimuth uniformly sampled …

Azimuth multi-channel synthetic aperture radar has been widely studied to realize high
resolution wide swath imaging. Spectrum reconstruction algorithm deals with the main-lobe …

Based on dual frequencies-dual apertures spaceborne SAR (Synthetic Aperture Radar), a
new SAR operation mode with four receiving channels is presented in this paper. High …