| Summary: | 碩士 === 國立交通大學 === 電資學院學程碩士班 === 91 === Statistical testing of a Cleanroom Reliability Model is a systematical and conscientious method. It aims for the software quality control objectively. The Defect testing is a low cost, experience oriented, and flexibility process. Unlike, Statistical testing, it has no enforced systematical process. In this thesis study, we modify the statistical testing process to fit into the defect testing. Specifically, the modification included 1) The usage model of statistical testing is based on probability model and now is modified as the state model (based on graph theory) for defect testing does not require the use of Markov Chain model for the computation of Reliability, 2) The concept of partition testing is employed to generate the “nodes (states)” of the “graph” in the analysis , and 3) A new stopping criterion based on the search of the Euler graph is proposed to reduce the testing cases. To design and implement the testing tool for the modified defect testing, we define an auto test scripts based on MatLab environment. The proposed prototype system was implemented and used for the testing of a real application case “Network Link and Transfer” and the result confirms the applicability of the proposed approach.
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