The effects of complicated motion error on synthetic aperture radar have been analysed. A
precise frequency‐division is proposed based on the precise angle‐frequency relation. The …

Synthetic Aperture Radar (SAR) is a technique used to obtain high-resolution radar images.
It can be carried out in two ways: Focused SAR or Unfocused SAR. Although the first method …

Motion correction is required in airborne synthetic aperture radar to generate high quality
images. The paper proposes a new motion compensation method based on subaperture …

Target motion can severely distort the image in a conventional synthetic aperture radar
(SAR) by causing targets having even small components of radial velocity to be lost or to …

The airborne use of synthetic aperture radars suffers from difficulties due to the
nonlinearities and the lack of accuracy in the measuring of the carrier trajectory. An …

In a synthetic aperture radar (SAR) targets on the ground that are moving become smeared
as a result of velocity components parallel to the motion of the radar and are moved to …

We present a technique for aperture weighting for use in video synthetic aperture radar
(SAR). In video SAR the aperture required to achieve the desired cross range resolution …

The general theory of side-looking synthetic aperture radar systems is developed. A simple
circuit-theory model is developed; the geometry of the system determines the nature of the …

A digital processing approach has been devised for performing motion compensation in a
high-resolution airborne synthetic aperture radar in the presence of simultaneous …

A method of motion compensation for inverse synthetic aperture radar (ISAR) is proposed.
The techniques of interpolation, cross correlation, and estimation are used together …