控制自动化和任务分配程序

A.D. Churchman, W. Havens, C. Pell, S.C. Pilet
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引用次数: 5

摘要

在1993年9月,莱特实验室的飞行动力学指挥部授予波音国防和空间集团一份研究与发展合同,开发一种先进的飞行管理设计,以协助有人驾驶和无人驾驶的致命飞机协同作战空对空和空对地打击任务。波音公司已经授予圣地亚哥GDE系统公司一份分包合同,以支持该项目。控制自动化和任务分配(CATA)项目的目标是开发一个集成的、自动化的多舰飞行管理系统。CATA将控制飞行路径和资产(武器和传感器)的分配,同时最大限度地提高应对威胁的生存能力,限制自相残杀(消除冲突),优化燃料储备,并在一组可能不同的飞机之间提供有限的时间控制。CATA设计将通过共享包资源、分散任务分配和先进的飞行管理算法来实现这些目标,同时限制对飞行员工作量的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Controls Automation and Task Allocation program
The Flight Dynamics Directorate at Wright Laboratory awarded Boeing Defense and Space Group a Research and Development contract in September 1993 to develop an advanced flight management design to assist piloted and unmanned lethal aircraft in cooperative operational air-to-air and air-to-surface strike missions. Boeing has awarded a subcontract to GDE systems of San Diego to support this program. The objective of the Controls Automation and Task Allocation (CATA) program described is to develop an integrated, automated multi-ship flight management system. CATA will control flight paths and the allocation of assets (weapons and sensors, while maximizing survivability against threats, limiting fratricide (deconfliction), optimizing fuel reserves, and providing finite time control among a package of potentially dissimilar aircraft. The CATA design will accomplish these objectives through sharing of package resources, dispersed task allocation, and advanced flight management algorithms while limiting the impact on pilot workload.<>
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