An Interval Estimation Approach of Optimal Software Release Time Based on a Nonparametric Bootstrap Method | ||||
Author | Shinji Inoue
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Co-Author(s) | Shigeru Yamada
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Abstract | We discuss an interval estimation method for cost-optimal software release time based on a discretized software reliability growth model. In our approach, we use a bootstrap method, in which we do not derive probability distributions of model parameters and optimal software release time analytically by using an asymptotic theory assuming a large number of samples. Our numerical examples confirm that our bootstrap approach yields simulation-based probability distributions of model parameters and cost-optimal software release time from software fault-count data.
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Keywords | Software reliability growth model, Discretized nonhomogeneous Poisson process model, Optimal software release problem, Interval estimation, Bootstrap method | |||
Article #: 1955 |
August 5-7, 2013 - Honolulu, Hawaii, U.S.A. |