Bistatic motion compensation
WebFor accurate motion compensation (MOCO) in airborne synthetic aperture radar (SAR) imaging, a high-precision inertial navigation system (INS) is required. However, an INS is not always precise enough or is sometimes not even included in airborne SAR systems. In this paper, a new, raw, data-based range-invariant motion compensation approach, which … Webisostatic compensation The flexural adjustment of the lithosphere, increase in topography, or presence of low-density roots that is introduced into a model to account for isostatic …
Bistatic motion compensation
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WebAug 3, 2016 · TL;DR: A motion compensation (MoCo) approach with cubic-order processing is proposed to deal with the spatially variant motion errors in BFSAR and the coupling between the azimuth-variant motion errors and slow time signal has been eliminated. Abstract: With appropriate geometry configurations, bistatic synthetic … Web8 A Novel Iterative Inner-Pulse Integration Target Detection Method for Bistatic Radar 来源：IEEE T GEOSCI REMOTE( P 0196-2892 E 1558-0644 ) 发表时间: 2024/01 类型：期刊论文 为本人加分
WebJan 1, 2024 · This paper discusses the effect of motion measurement errors (MMEs) on measured bistatic synthetic aperture radar (SAR) phase history data that has been … WebJul 1, 2006 · identification of motion compensation and bistatic focusing. As the ground plane imprint of any mono static SAR is a. circle, we decom pose the elliptical-shaped reflector on the.
WebA solution for bistatic motion compensation. H Nies, O Loffeld, K Natroshvili, A Ortiz, J Ender; IEEE International Symposium on Geoscience and Remote Sensing, 1204-1207; U Gebhardt et al. (2006) Bistatic … WebOct 19, 2006 · Abstract: Bistatic SAR imaging of stationary scenes is well studied theoretically, and SAR images show the success of the bistatic flight campaign. Besides of technical problems-like the synchronization of the oscillators and the processing of bistatic raw data imaging-motion compensation including autofocus is not well studied …
WebAbstract: Mini-unmanned aerial vehicle (UAV)-based bistatic synthetic aperture radar (BiSAR) is widely used due to its flexibility of system topology selection and simplicity. However, the motion compensation (MOCO) of the system is more difficult because the perturbance of mini-UAV platforms is greater and the spatial variance is more complex.
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