Exploratory development minehunting sensors for unmanned vehicles

S. Castelin, R. Manning, C. J. Robertson, L.J. Tubridy, P. Bernstein
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引用次数: 5

Abstract

This paper describes the technology goals and progress to date for the Office of Naval Research (ONR) exploratory development programs addressing sea mine reconnaissance and minehunting technology. These programs are developing a suite of sensors and associated signal/image processing for reconnaissance and hunting against all mine types (including buried mines) in water depths from deep water to very shallow water. The sensor technology prototypes are being developed in a modular configuration to allow deployment from a 21 inch diameter unmanned underwater vehicle (UUV). For the shallow water and deep water threat of volume mines and bottom mines, a toroidal volume search sonar and an advanced side-looking sonar are being developed. Advanced signal processing technologies were developed and evaluated using the sea test data. In order to identify targets which have been classified as mine-like, an underwater electro-optic sensor has been developed and tested. Images of targets can be collected at ranges greater than five times conventional cameras.
探索性开发用于无人驾驶车辆的猎雷传感器
本文描述了迄今为止海军研究办公室(ONR)勘探开发计划的技术目标和进展,涉及水雷侦察和猎雷技术。这些项目正在开发一套传感器和相关的信号/图像处理系统,用于从深水到极浅水的所有水雷类型(包括埋藏水雷)的侦察和狩猎。传感器技术原型正在模块化配置中开发,允许在直径21英寸的无人水下航行器(UUV)上部署。针对容积式水雷和底水雷的浅水和深水威胁,研制了环形体积搜索声纳和先进侧视声纳。开发了先进的信号处理技术,并利用海上试验数据进行了评估。为了识别已被分类为类地雷的目标,研制并测试了一种水下电光传感器。目标的图像可以在比传统相机大5倍的距离上收集。
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