IEEE 1232和P1522标准

J. Sheppard, M. Kaufman
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引用次数: 12

摘要

开发1232系列标准是为了为系统测试和诊断中使用的推理系统提供标准交换格式和软件服务。交换格式和服务基于支持测试和诊断所需的信息模型。这些标准是由IEEE SCC20的诊断和维护控制(D&MC)分委员会制定的。D&MC目前的努力是一个由1232系列和可测试性和可诊断性度量标准P1522组成的组合标准。1232标准描述了一种中立的交换格式,因此一个诊断推理器可以与另一个诊断推理器交换模型信息。此外,还定义了软件接口,从而可以开发诊断工具,以一致和可靠的方式处理诊断信息。可测试性和可诊断性度量标准的目标是提供概念上正确和数学上精确的可测试性度量定义,这些可测试性度量可用于测量系统的可测试性特征,或预测系统的可测试性。最终目的是为常见和不常见的可测试性和可诊断性术语的定义提供一个明确的来源,以便每个遇到它的人都能准确地知道这些术语的含义。本文描述了1232和P1522标准,并详细介绍了信息模型的最新变化,重构了高阶服务,简化了一致性要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IEEE 1232 and P1522 standards
The 1232 family of standards were developed to provide standard exchange formats and software services for reasoning systems used in system test and diagnosis. The exchange formats and services am based on a model of information required to support test and diagnosis. The standards were developed by the Diagnostic and Maintenance Control (D&MC) subcommittee of IEEE SCC20. The current efforts by the D&MC are a combined standard made up of the 1232 family, and a standard on Testability and Diagnosability Metrics, P1522. The 1232 standards describe a neutral exchange format so one diagnostic reasoner can exchange model information with another diagnostic reasoner. In addition, software interfaces are defined whereby diagnostic tools can be developed to process the diagnostic information in a consistent and reliable way. The objective of the Testability and Diagnosability Metrics standard is to provide notionally correct and mathematically precise definitions of testability measures that may be used to either measure the testability characteristics of a system, or predict the testability of a system. The end purpose is to provide an unambiguous source for definitions of common and uncommon testability and diagnosability terms such that each individual encountering it can know precisely what that term means. This paper describes the 1232 and P1522 standards and details the recent changes in the Information models, restructured higher order services and simplified conformance requirements.
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