We present a sequential software release procedure that certifies with some confidence level that the next error is not occurring within a certain time interval. Our procedure is defined in such a way that the release time is optimal for single stages and the global risk can be controlled. We assume that the failure detection process can be modeled as a General Order Statistics model where its unknown parameters are studied from a Bayesian point of view. We show how to implement our procedure and study its performance via simulation
We propose an approach for assessing the mean failure frequency of a program, based on the statistic...
Many systems, composed of hardware, software, and combinations thereof function in sequential stages...
It is of paramount importance that software reliability requirements not only can be formulated, but...
We present a sequential software release procedure that certifies with some confidence level that th...
We present a sequential software release procedure that certifies with some confidence level that th...
Common software release procedures based on statistical techniques try to optimize the trade-off bet...
There are many software reliability models that are based on the times of occurrences of errors in t...
Abstract: We consider a software reliability model where the failure rate of each fault depends on t...
In this paper, we are concerned with predicting the number of faults N and the time to next failure ...
The Gibbs sampling approach is developed for Bayesian inferences and predictions in software reliabi...
The present study is concerned with developing some statistical models to evaluate and analyze softw...
In this article, we define a model for fault detection during the beta testing phase of a software d...
The failure of a computer system because of a software failure can lead to tremendous losses to soci...
In this article, we define a model for fault detection during the beta testing phase of a software d...
We propose an approach for assessing the mean failure frequency of a program, based on the statistic...
Many systems, composed of hardware, software, and combinations thereof function in sequential stages...
It is of paramount importance that software reliability requirements not only can be formulated, but...
We present a sequential software release procedure that certifies with some confidence level that th...
We present a sequential software release procedure that certifies with some confidence level that th...
Common software release procedures based on statistical techniques try to optimize the trade-off bet...
There are many software reliability models that are based on the times of occurrences of errors in t...
Abstract: We consider a software reliability model where the failure rate of each fault depends on t...
In this paper, we are concerned with predicting the number of faults N and the time to next failure ...
The Gibbs sampling approach is developed for Bayesian inferences and predictions in software reliabi...
The present study is concerned with developing some statistical models to evaluate and analyze softw...
In this article, we define a model for fault detection during the beta testing phase of a software d...
The failure of a computer system because of a software failure can lead to tremendous losses to soci...
In this article, we define a model for fault detection during the beta testing phase of a software d...
We propose an approach for assessing the mean failure frequency of a program, based on the statistic...
Many systems, composed of hardware, software, and combinations thereof function in sequential stages...
It is of paramount importance that software reliability requirements not only can be formulated, but...