Analysis of software reliability modeling considering testing compression factor and failure-to-fault relationship
CY Huang, CT Lin - IEEE Transactions on Computers, 2009 - ieeexplore.ieee.org
CY Huang, CT Lin
IEEE Transactions on Computers, 2009•ieeexplore.ieee.orgThis paper is an attempt to relax and improve the assumptions regarding software reliability
modeling. To approximate reality much more closely, we take into account the concepts of
testing compression factor and the quantified ratio of faults to failures in the modeling.
Numerical examples based on real failure data show that the proposed framework has a
fairly good prediction capability. Further, we also address the optimal software release time
problem and conduct a detailed sensitivity analysis through the proposed model.
modeling. To approximate reality much more closely, we take into account the concepts of
testing compression factor and the quantified ratio of faults to failures in the modeling.
Numerical examples based on real failure data show that the proposed framework has a
fairly good prediction capability. Further, we also address the optimal software release time
problem and conduct a detailed sensitivity analysis through the proposed model.
This paper is an attempt to relax and improve the assumptions regarding software reliability modeling. To approximate reality much more closely, we take into account the concepts of testing compression factor and the quantified ratio of faults to failures in the modeling. Numerical examples based on real failure data show that the proposed framework has a fairly good prediction capability. Further, we also address the optimal software release time problem and conduct a detailed sensitivity analysis through the proposed model.
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