Test strategy component of an open architecture for electronics design and support tools

L. Haynes, S. Goodall, F. Philips, W. Simpson, J. Sheppard
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引用次数: 1

Abstract

The authors describe work being carried out under the auspices of the artificial intelligence, expert system tie to automatic test equipment (AI-ESTATE) committee of the IEEE standards coordinating committee 20 (SCC-20). The goal is to develop a formal data model for dependency related information called an information flow model (IFM). The most important entities in the model are discussed, and a brief description of the model is given. The study attempts to place the IFM in the larger context of the Ada-based environment for test, and other related efforts are briefly described. The IFM standard will allow portability of dependency models between tools. The larger goal is to allow reasoners which use the IFM model to be plug compatible, in the true sense of the concept of an open architecture.<>
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面向电子设计和支持工具的开放式体系结构测试策略组件
作者描述了在IEEE标准协调委员会20 (SCC-20)的人工智能专家系统与自动测试设备(AI-ESTATE)委员会的主持下开展的工作。目标是为依赖性相关信息开发一个正式的数据模型,称为信息流模型(IFM)。讨论了模型中最重要的实体,并对模型进行了简要描述。该研究试图将IFM置于基于ada的测试环境的更大背景下,并简要描述了其他相关工作。IFM标准将允许工具之间依赖模型的可移植性。更大的目标是允许使用IFM模型的推理器兼容插头,这是真正意义上的开放架构概念。
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