Range-Doppler imaging is the basic method of inverse synthetic aperture radar, which is
based on the uniform rotation of targets. Nonuniform rotation can occur to maneuvering …

Range Doppler imaging, a basic method used in inverse synthetic aperture radar (ISAR), is
based on the uniform rotation model of a target. The rotation velocity and axis of a …

The range-Doppler imaging algorithm is a basic imaging method for the inverse synthetic
aperture radar, which is based on the uniform rotation of a target in a fixed plane. To a …

Inverse synthetic aperture radar imaging may be seen as a 3D-to-2D projection of the target.
The projection plane is shown to be determined by the effective rotation of the target as seen …

Inverse synthetic aperture radar (ISAR) imaging of a non-cooperative manoeuvring target is
a challenging task due to its time-varying orientation and rotation velocity which denies …

The simulation of inverse synthetic aperture radar (ISAR) imaging of moving targets is
described and the effects of the target's rotations on ISAR imaging are analysed. The …

The range-Doppler imaging of a moving target by an inverse synthetic aperture radar is
investigated from the viewpoint of multiple scatter-point localization. Motion compensation …

Inverse synthetic aperture radar (ISAR) imaging principles, general motion compensation,
cross-range scaling considerations and preliminary images are presented. Two-dimensional …

The resolution of an SAR/ISAR (synthetic aperture radar/inverse synthetic aperture radar)
image of a nonuniformly rotating target can be improved by coherently combining corrected …

A stepped frequency inverse synthetic aperture radar is studied for imaging of continuously
moving objects. The radar returns are shown to be a sum of two-dimensional complex …