A distributed stand-in EW hunter-killer system

K. Brown, S. Drake, K. Mason, Andrew Piotrowski, L. Swierkowski
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引用次数: 0

Abstract

DSTO Australia concluded a two year research program in March 2006 that demonstrated distributed, autonomous, self-organising stand-in sensor and effector systems. This paper describes research activities from this program including the development of miniaturised sensor and effector payloads, the development of novel algorithms for the fusion of data from distributed sensor payloads and the development of novel aircraft control algorithms to enable near optimal geo-location of pop-up emitters. The paper also describes field trials in which information products from these systems were injected into command support systems for integration and visualisation with other data to support situational awareness. A follow-on program has been approved and is also overviewed in this paper.
一个分布式的电子战猎人-杀手系统
DSTO澳大利亚公司在2006年3月结束了一项为期两年的研究计划,展示了分布式、自主、自组织的替代传感器和效应器系统。本文描述了该计划的研究活动,包括小型化传感器和效应器有效载荷的开发,用于融合来自分布式传感器有效载荷的数据的新算法的开发,以及用于实现弹出式发射器接近最佳地理位置的新型飞机控制算法的开发。该论文还描述了现场试验,其中来自这些系统的信息产品被注入指挥支持系统,用于与其他数据集成和可视化,以支持态势感知。一个后续计划已被批准,并在本文中也进行了概述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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