Autonomous systems intelligence

ACM '83 Pub Date : 1900-01-01 DOI:10.1145/800173.809741
John L. Anderson
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引用次数: 3

Abstract

The evolution of unmanned and manned spacecraft indicates that significant degrees of autonomous operation for onboard health, fault, or performance management are becoming important. In particular, technology and mission studies of a permanently manned, evolutionary space station have surfaced the need for new computer system concepts incorporating autonomy and perhaps artificial (machine) intelligence. An evolving autonomous system with mixed degrees of autonomy, interdependent autonomous functions, and perhaps disparate artificial intelligences will require orchestration of the behavior of the entire system. An advanced concept of decision control, involving an explicit sequence of goal-directed decisions, is proposed as an executive machine-intelligent process by which the multiple, specialized “smart programs” or “machine intelligences” of an autonomous system could be controlled.
自主系统智能
无人和载人航天器的发展表明,对机载健康、故障或性能管理的自主操作正变得越来越重要。特别是,对永久载人的、进化的空间站的技术和任务研究表明,需要新的计算机系统概念,包括自主性和人工(机器)智能。一个具有混合自治程度、相互依赖的自治功能和可能不同的人工智能的不断发展的自治系统将需要对整个系统的行为进行编排。决策控制的一个高级概念,涉及明确的目标导向决策序列,被提出作为一个执行的机器智能过程,通过该过程,可以控制自治系统的多个专门的“智能程序”或“机器智能”。
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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