Abstract
This paper presents applications where models developed to support a particular task (end-of-line testing) are exploited to support other work processes during the product life cycle. The application domain is internet routers. The testing solution is based on a functional (data flow) model and a structural (Bayes) model. These models are used to interpret results of router testing for fault detection and diagnosis. Multiple faults and intermittent faults can be diagnosed. The paper shows that the models can also support manufacturing planning, especially test planning and the selection and placement of sensors for testing and diagnosis. Application of the models to fault detection and isolation during router operation is also discussed.
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