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A Parameter Estimation of Software Reliability Growth Model with Change-Point
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 Title & Authors
A Parameter Estimation of Software Reliability Growth Model with Change-Point
Kim, Do-Hoon; Park, Chun-Gun; Nam, Kyung-H.;
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 Abstract
The non-homogeneous Poisson process(NHPP) based software reliability growth models are proved quite successful in practical software reliability engineering. The fault detection rate is usually assumed to be the continuous and monotonic function. However, the fault detection rate can be affected by many factors such as the testing strategy, running environment and resource allocation. This paper describes a parameter estimation of software reliability growth model with change-point problem. We obtain the maximum likelihood estimate(MLE) and least square estimate(LSE), and compare goodness-of-fit.
 Keywords
Software reliability growth model;NHPP;fault-detection rate;mean value function;change-point problem;
 Language
Korean
 Cited by
 References
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