测量选定的水下航行器的磁噪声特性和一些潜在的缓解技术

G. Allen, J. Purpura, D. Overway
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引用次数: 15

摘要

本文关注的是早期阶段的努力,以增强AUV(自主水下航行器)的磁检测/定位能力,该能力本质上不受浅水环境中环境条件的影响。在实际的AUV上安装敏感磁传感器系统之前,必须测量车辆本身的磁特性,并减轻其对传感器的有害影响。特别地,本文讨论了几种auv的磁性表征技术,并对这些结果进行了比较。然后简要讨论拟议的缓解方法以及从候选平台获得的一些令人惊讶的结果。详细的缓解技术和结果将在另一篇论文中介绍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Measurement of magnetic noise characteristics on select AUVs with some potential mitigation techniques
This paper is concerned with the early stage efforts to augment the AUV (autonomous underwater vehicle) with an enhanced magnetic detection/localization capability that is inherently unaffected by environmental conditions found in the shallow water environment. Prior to the placement of a sensitive magnetic sensor system on an actual AUV, the magnetic characteristics of the vehicle itself must be measured and their detrimental effects on the sensor mitigated. In particular, this paper discusses techniques for the magnetic characterization of several AUVs and a comparison of these results. It then briefly discusses proposed methods of mitigation and some of the surprising results obtained from candidate platforms. Detailed mitigation techniques and results are presented in a companion paper.
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