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Mathematical Interrelationship Between Reliability and Maintainability in Various System Models

机译：各种系统模型中可靠性和可维护性之间的数学相互关系

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摘要

This paper defines and summarizes several concepts and tools which have been developed to aid in the analysis of electronic systems from the part level through the system level. The problems explored are those for which the parameters, failure rates, and repair rates may be assumed constant; i.e., the exponential distribution may be assumed. It also is assumed that all parts, components, etc., are operable at an arbitrary reference time zero. Moreover, a short cut for determining the mean of the type of equations discussed in this paper is presented, the direct method of defining limiting availability is included, and the method of determining the mean of the reliabilities from their Laplace transform is demonstrated, along with checks on the availability equation matrix of an active system.
机译：本文定义并总结了一些概念和工具，这些概念和工具已经开发出来，可以帮助从零件级别到系统级别的电子系统分析。探索的问题是那些参数，故障率和维修率可以假定为恒定的问题。即，可以假定指数分布。还假设所有部件，组件等都可以在任意的零参考时间运行。此外，提出了确定本文讨论的方程类型均值的捷径，包括了定义极限可用性的直接方法，并展示了从其拉普拉斯变换确定可靠度均值的方法，以及检查活动系统的可用性方程矩阵。

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