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Experimental Test and Evaluation of Autonomous Underwater Vehicles

机译:自主水下车辆的实验测试与评价

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摘要

AUV will increasingly play critical roles for maritime operations and warfare;however,they must first become trusted assets that complement an organisations culture and existing capability.This dependency is a global challenge for organisations implementing AUV,where robotics control systems are becoming more capable,yet the user or organisation may not be prepared for their effective integration and employment.Operational Test & Evaluation(OT&E)is the opportunity to determine the readiness of the overall system for deployments;however,OT&E of complex robotic systems such as AUV is notoriously difficult and evolving.Hence,a framework for Experimental T&E(ET&E),merging research,development,acceptance and operational testing through designed experiments is appropriate.This paper outlines a repea-table,comparable ET&E framework to determine suitability,readiness,and improvement of AUV for Mine Counter-Measures.The framework proposed maintains a focus on technical capability throughout operational testing,but is adaptable for different organisations,and operating concepts.
机译:AUV将越来越多地对海事业务和战争发挥重要作用;但是,他们必须首先成为支持组织文化和现有能力的可信资产。本依赖性是实施AUV的组织的全球挑战,其中机器人控制系统变得更加有能力用户或组织可能无法为其有效的整合和就业做好准备。工艺测试和评估(OT&E)是确定整个系统的准备情况的机会;然而,AUV等复杂机器人系统的OT和E非常困难和Evolce,实验性T&E(ET&E)的框架,通过设计实验合并研究,开发,验收和操作测试是合适的。本文概述了重新计,可比的ET&E框架,以确定AUV的适用性,准备和改进矿井对策。该框架提出侧重于整个ope的技术能力合理的测试,但适用于不同的组织和操作概念。

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