In this paper, a new motion compensation algorithm using navigation data is proposed for
frequency domain algorithm of synthetic aperture radar (SAR) imaging. SAR processing …

Results from an airborne SAR campaign in July 2013 using the FMCW SAR system
MIRANDA35 developed by FHR are presented. This system offers a high flexibility regarding …

The work focuses on the analysis of influences of motion errors on near-range SAR
applications and design of specific motion measuring and compensation algorithms. First, a …

Frequency modulated continuous wave synthetic aperture radar (FMCW SAR) is a newly
proposed imaging radar system, which combining FMCW technique with synthetic aperture …

Motion compensation is an important part of SAR processing for high resolution airborne
sensors, such as those flown on UAS's. The non-ideal motion of the platform results in …

Application specific algorithms for processing SAR data have been researched for many
years, but a general theory is not well defined. This paper presents a generalized way to …

For the purpose of getting sensitive information relevant to civil or military security, high-
resolution airborne Synthetic Aperture Radar (SAR) provides the possibility to organize …

Compared to other wave bands, interferometric synthetic aperture radar (InSAR) system
employed millimeter wave equipment is capable of providing finer spatial resolution and …

Quadratic phase error (QPE) of SAR (Synthetic aperture radar) echo accumulated during
SAR integration interval, determines SAR image resolution. QPE depends on quadratic …

Motion compensation is an important part of SAR processing for high resolution air borne
imaging sensors. The non ideal motion of the platform carrying radar, results in degraded …