An initial implementation of testability analysis based on multi-signal flow graph model
Chao Lyu, Hao Ding, Shanshan Liu, Lixin Wang, Shujuan Wang
Abstract
Chao Lyu, Hao Ding, Shanshan Liu, Lixin Wang, Shujuan Wang
Abstract
This paper discusses the multi-signal flow graph model and the testability analysis method based on this model. The modeling process of the multi-signal model, the dependency matrix generation method of the failure-test and the details of the testability analysis are illustrated by use of several examples. The results got in the testability analysis are also validated. It is demonstrated that the testability analysis method based on multisignal model is easy to be implemented in computer-aided analysis, which helps to develop the testability analysis software tool in future.
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This paper discusses the multi-signal flow graph model and the testability analysis method based on this model. The modeling process of the multi-signal model, the dependency matrix generation method of the failure-test and the details of the testability analysis are illustrated by use of several examples. The results got in the testability analysis are also validated. It is demonstrated that the testability analysis method based on multisignal model is easy to be implemented in computer-aided analysis, which helps to develop the testability analysis software tool in future.
Key concepts: Signal-flow graph, Testability, Control flow graph, Computer science, Data-flow analysis, Design structure matrix, Design for testing, Dependency (UML)