document: Designing a screening experiment for highly reliable products Within a reasonable life-testing time , how to improve the reliability of highly reliable products is one of the great challenges . By using a resolution III experiment together with degradation test , Tseng et al. -LRB- 1995 -RRB- presented a case study of improving the reliability of fluorescent lamps . However , in conducting such an experiment , they did not address the problem of how to choose the optimal settings of variables , such as sample size , inspection frequency , and termination time for each run , which are influential to the correct identification of significant factors and the experimental cost . Assuming that the product 's degradation paths satisfy Wiener processes , this paper proposes a systematic approach to the aforementioned problem . First , an identification rule is proposed . Next , under the constraints of a minimum probability of correct decision and a maximum probability of incorrect decision of the proposed identification rule , the optimum test plan can be obtained by minimizing the total experimental cost . An example is provided to illustrate the proposed method
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