干涉式合成孔径声呐(InSAS)建议规范验证试验区域选择研究

Yosup Park, Seong Hyeon Kim, J. Koh
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引用次数: 0

摘要

本文以海上油田军民技术合作中心支持研制的干涉式合成孔径声呐系统为例,对其设计目标进行了研制、测试和评估。为了评估深水作业能力,我们在东海进行了200米深度的候选油田调查、水深测绘和目标识别。在测试阶段,我们实时提供了测试场的环境信息,包括水柱、海底和天气状况。为了比较国产成像声纳系统的优点,我们收集了同目标的商用成像声纳系统数据。该案例研究将通过调查海上测试场环境、测试设施和规划,支持未来水下监视系统的测试准备审查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Study of Selecting a Test Area for Validating the Proposal Specification of InSAS(Interferometric Synthetic Aperture Sonar)
This paper provides a case study of development testing and evaluation of design goal of Interferometric SAS (Synthetic Aperture Sonar) system that is developing supported by Civil-Military Technology Cooperation Center in offshore fields. For Deep water operating capabilities evaluation, We have surveyed candidate field, bathymetric mapping and target identification over 200 m depth, East Sea. In testing phase, We have provided environmental information of testing field include water column, seabed and weather condition in real time. And to compare excellency of developing InSAS, we have gather commercial imaging sonar system data with same target. This case study will support the Test Readiness Review of future underwater surveillance system developing via investigate marine testing field environment, testing facilities and planning.
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