Multi-aspect SAR can obtain more backscatter information about the target by observing
targets from different azimuths by means of radar. More and more attention has been paid to …

Typical targets in SAR observing scenes are characterized by anisotropy, which represents
backscattering information changing with the observing angle. Anisotropic scattering can be …

The multi-aspect SAR observation can obtain the backscattering information of the
illuminated scene target. There are targets with different structures in the scene, and their …

Multiaspect synthetic aperture radar (SAR) can obtain the response of the target to the radar
illumination in the angle dimension. The radar cross section data referring to scattering …

This paper considers techniques of aspect feature extraction and application of targets taken
over one or more wide-angle apertures. Compared with traditional narrow-aperture …

Multichannel spaceborne synthetic aperture radar (SAR) is a useful approach to overcome
minimum antenna area constraint and achieve high-resolution and wide-swath imaging. For …

The target feature is sensitive to the aspect angle of SAR observation, making the
interpretation and target recognition of the SAR image difficult. The information acquired …

Compared with traditional linear Synthetic Aperture Radar (SAR), Circular-SAR (CSAR) can
achieve 360-degree observation of targets. For this reason, CSAR is the best mode of SAR …

Multi-angular SAR can be used to obtain the information of target scattering characteristics
at different aspect angles. The scattering anisotropy extraction attracts more attention but the …

Accumulation of target features from multi-angle observation data is of great significance for
SAR Automatic Target Recognition. How to make correspondence matching with multi-angle …