机载实时SAS处理-海上试验和结果

D. Shea, David Dawe, J. Dillon, S. Chapman
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引用次数: 2

摘要

干涉式SAS系统正迅速成为商业测量市场上传统侧扫描和多波束系统的可行替代方案。与侧扫描或多波束声纳系统的传统处理工作流程相比,InSAS系统产生的高分辨率和高带宽数据带来了一些新的挑战。处理SAS数据的巨大计算需求创造了对机载、原位、实时SAS波束形成的需求,以及新颖的数据管理解决方案和更紧凑、功率和尺寸更高效的InSAS系统。本文将介绍一些为应对这些新挑战而开发的新技术和方法,并提供最近使用这些技术进行海试的最新情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Onboard real-time SAS processing — Sea trials and results
Interferometric SAS systems are rapidly becoming a commercially available viable alternative to traditional sidescan and multibeam systems for the commercial survey market. The high resolution, and high bandwidth data generated from InSAS systems has created several new challenges when compared to the traditional processing workflow of sidescan or multibeam sonar systems. The significant computational requirements for processing SAS data has created a requirement for onboard, in-situ, realtime SAS beamforming, as well as novel data management solutions and more compact, power and size efficient InSAS systems. This paper will present a number of new technologies and methodologies developed to address these new challenges, and provide an update on recent sea trials using these technologies.
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