Optimizing flight control software with an application platform

Irene Skupniewicz Smith, Nija Shi, Christopher Webster
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引用次数: 0

Abstract

Flight controllers in NASA's mission control centers work day and night to ensure that missions succeed and crews are safe. The IT goals of NASA mission control centers are similar to those of most businesses: to evolve IT infrastructure from basic to dynamic. This paper describes Mission Control Technologies (MCT), an application platform that is powering mission control today and is designed to meet the needs of future NASA control centers. MCT is an extensible platform that provides GUI components and a runtime environment. The platform enables NASA's IT goals through its use of lightweight interfaces and configurable components, which promote standardization and incorporate useful solution patterns. The MCT architecture positions mission control centers to reach the goal of dynamic IT, leading to lower cost of ownership, and treating software as a strategic investment.
优化飞行控制软件与应用平台
NASA任务控制中心的飞行控制员夜以继日地工作,以确保任务成功和机组人员的安全。NASA任务控制中心的IT目标与大多数企业相似:将IT基础设施从基本发展到动态。本文介绍了任务控制技术(MCT),这是一种为任务控制提供动力的应用平台,旨在满足未来NASA控制中心的需求。MCT是一个可扩展的平台,提供GUI组件和运行时环境。该平台通过使用轻量级接口和可配置组件来实现NASA的IT目标,从而促进标准化并整合有用的解决方案模式。MCT体系结构定位任务控制中心,以达到动态IT的目标,导致更低的拥有成本,并将软件视为战略投资。
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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