Reported herein is the estimation of the residual error of the reflectivity displacement method
(RDM) and the dependence of RDM on terrain characteristics. The RDM is a method to be …

The performance of the reflectivity displacement method is reported. The reflectivity
displacement method extracts all the necessary motions of the aircraft from the radar …

This paper reports a new solution for real time motion com pensation. The main idea is to
extract all the necessary motions of the aircraft from the radar backscatter signal using a new …

The synthetic aperture radar (SAR) technique relies on knowledge of the relative motion
between the sensor and the target. If the flight path of the sensor is not accurately known or …

A new squint dependent formulation of the known reflectivity displacement method (RDM)
for motion error extraction is presented. This new formulation extends RDM applicability …

The main crux of motion error extraction lies on how to reduce the effects of terrain back
scattering on the accuracy of extraction. A new solution which can significantly reduce these …

For airborne synthetic aperture radar (SAR) without precise measuring systems, signal-
processing method can play an important role in motion compensation system. The main …

Two new motion compensation methods for airborne SAR are presented. Both methods are
based on the evaluation of acceleration data measured by an Attitude and Heading …

This paper presents a new motion sensing algorithm for airborne synthetic aperture radar
(SAR). Image processing in SAR requires highly accurate and precise motion information …

Ground imaging from an airborne synthetic aperture radar (SAR) and conversely aircraft
imaging from a ground based radar (ISAR) require the knowledge of the motion of the …