基于自主空中和海上水面车辆的系统,用于识别水雷并支持干预小组完成消除任务

Q4 Engineering
V DOBREF
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引用次数: 0

摘要

随着海军力量在当今作战环境中不断增加,欧洲海上力量准备成功利用自主水雷对抗(MCM)技术,不仅可以节省人力,还可以提高作战效率。成功地探测和清除海洋环境中的水雷(特别是在2022年2月乌克兰爆发战争后重新成为人们关注焦点的漂流水雷)仍然是海上部队试图维持世界各地水道和海洋安全的关键要求。该项目的总体目标,也是本文的主题,是开发和整合自主手段(uav和usv)到专门部队的行动概念中,以搜索和识别水雷。作为总体目标定义的起点,已考虑到专门部队为消除爆炸装置而进行的干预涉及一系列复杂的行动,包括搜索、探测、识别、基于位置的评估、安全销毁/消除、回收和销毁简易爆炸装置或弹药。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
System based on autonomous aerial and maritime surface vehicles to identify sea mines and support the intervention team in the neutralization mission
As naval forces continue to be increasingly present in today's operational environment, European maritime forces are poised to successfully exploit autonomous mine countermeasures (MCM) technology, not only to save manpower but also to increase operational efficiency. Successfully detecting and removing mines from the maritime environment (especially drifting mines, which have re-emerged in the spotlight following the outbreak of war in Ukraine in February 2022) remains a key requirement for maritime forces trying to maintain the security of waterways and oceans around the world. The overall objective of the project, which is the subject of this paper, is to develop and integrate autonomous means (UAVs and USVs) into the concept of action of specialized forces for the search and identification of sea mines. As a starting point in the definition of the overall objective, it has been taken into account that the intervention of specialized forces to neutralize explosive devices involves a series of complex actions, including search, detection, identification, location-based assessment, safe destruction/neutralization, recovery, and destruction of improvised explosive devices or munitions.
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来源期刊
Scientific Bulletin of Naval Academy
Scientific Bulletin of Naval Academy Engineering-Ocean Engineering
自引率
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发文量
16
审稿时长
8 weeks
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