基于马尔可夫链嵌入法的两阶段Start-Up 验证试验模型

Two-Stage Start-Up Demonstration Test Models Based on the Finite Markov Chain Imbedding Approach

  • 摘要: 为了给出两阶段start-up验证试验模型相关指标的解析表达式,构造了符合两阶段start-up验证试验模型状态转移规律的马尔可夫链. 应用马尔可夫链相关理论给出了试验次数的期望、方差、分布律、分布函数,以及接受和拒绝产品的概率矩阵表达式. 数值示例表明,对于各种参数的两阶段start-up验证试验模型相关指标求解问题,有限马尔可夫链嵌入法比概率生成函数法更加有效.

     

    Abstract: In order to get the analytic algorithm for the indexes of two-stage start-up demon-stration test models, a Markov chain which satisfies the state transition rules of the two-stage start-up demonstration test models was constructed. The matrix formulas of the expected value, variance, probability mass function, distribution function of the test length, and the probability of rejection and acceptance were given using Markov chain theory. Numerical examples indicate that the finite Markov chain imbedding approach is more effective than probability generation function in evaluating the various indexes of two-stage start-up demon-stration test models with all kinds of parameters.

     

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