The measurement and prediction of software reliahility require the use of the Software Reliability Growth Models (SRGMs). The predictive quality can be measured by the average end-point projection er-ror L9]. In this paper, the effects of two orthogonal classes of approaches to improve prediction capability of a SRM have been examined using a large number of data sets. The first approach is preprocessing of data to filier out short term noise. The second is to over-come the bias inherent in the model. The results show that proper application of these two approaches can be more important than the selection of the model.
Abstract — The purpose of this study is to compare the fitting (goodness of fit) and prediction capa...
Over the last 35 years many statistical models have been proposed for the quantitative evaluation of...
A new software reliability growth model (SRGM) called RBoostSRGM is proposed in this paper. It can b...
During software development two important decisions organizations have to make are: how to allocate ...
Many models have been proposed for software reliability prediction, but none of these models could c...
This report gives an introduction to the State of the Art of Software Reliability Prediction. It sta...
Researchers used four software reliability growth models in the final test phases of three embedded ...
A software reliability growth model is one of the fundamental techniques used to assess software rel...
A large number of software reliability growth models are now available. It is widely known that none...
Researchers used four software reliability growth models in the final test phases of three embedded ...
Researchers used four software reliability growth models in the final test phases of three embedded ...
In spite of much research effort, there is no universally applicable software reliability growth mod...
Abstract:- Predicting residual defects (i.e. remaining defects or failures) in Open Source Software ...
Researchers used four software reliability growth models in the final test phases of three embedded ...
With the ever-increasing significance of software in our everyday lives, it is vital to afford relia...
Abstract — The purpose of this study is to compare the fitting (goodness of fit) and prediction capa...
Over the last 35 years many statistical models have been proposed for the quantitative evaluation of...
A new software reliability growth model (SRGM) called RBoostSRGM is proposed in this paper. It can b...
During software development two important decisions organizations have to make are: how to allocate ...
Many models have been proposed for software reliability prediction, but none of these models could c...
This report gives an introduction to the State of the Art of Software Reliability Prediction. It sta...
Researchers used four software reliability growth models in the final test phases of three embedded ...
A software reliability growth model is one of the fundamental techniques used to assess software rel...
A large number of software reliability growth models are now available. It is widely known that none...
Researchers used four software reliability growth models in the final test phases of three embedded ...
Researchers used four software reliability growth models in the final test phases of three embedded ...
In spite of much research effort, there is no universally applicable software reliability growth mod...
Abstract:- Predicting residual defects (i.e. remaining defects or failures) in Open Source Software ...
Researchers used four software reliability growth models in the final test phases of three embedded ...
With the ever-increasing significance of software in our everyday lives, it is vital to afford relia...
Abstract — The purpose of this study is to compare the fitting (goodness of fit) and prediction capa...
Over the last 35 years many statistical models have been proposed for the quantitative evaluation of...
A new software reliability growth model (SRGM) called RBoostSRGM is proposed in this paper. It can b...