Integrated system health management (ISHM): systematic capability implementation

F. Figueroa, R. Holland, J. Schmalzel, D. Duncavage
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引用次数: 23

Abstract

This paper provides a credible approach for implementation of ISHM capability in any system. The requirements and processes to implement ISHM capability are unique in that a credible capability is initially implemented at a low level, and it evolves to achieve higher levels by incremental augmentation. In contrast, typical capabilities, such as thrust of an engine, are implemented once at full Functional Capability Level (FCL), which is not designed to change during the life of the product. The approach will describe core ingredients (e.g. technologies, architectures, etc.) and when and how ISHM capabilities may be implemented. A specific architecture/taxonomy/ontology will be described, as well as a prototype software environment that supports development of ISHM capability. This paper will address implementation of system-wide ISHM as a core capability, and ISHM for specific subsystems as expansions and evolution, but always focusing on achieving an integrated capability.
集成系统健康管理(Integrated system health management, ISHM):系统的能力实现
本文为在任何系统中实现ISHM能力提供了一种可靠的方法。实现ISHM能力的需求和过程是独一无二的,因为一个可信的能力最初是在一个较低的层次上实现的,并且通过增量的扩展来实现更高的层次。相比之下,典型的功能,如发动机的推力,在全功能能力级别(FCL)上实现一次,在产品的生命周期内不会改变。该方法将描述核心成分(例如,技术、体系结构等)以及何时以及如何实现ISHM功能。将描述一个特定的体系结构/分类法/本体,以及支持ISHM功能开发的原型软件环境。本文将把系统范围的ISHM的实现作为核心能力,并将特定子系统的ISHM作为扩展和进化,但始终关注于实现集成能力。
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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