Software reliability characterizes the foremost quality attribute for the software. Being able to predict the number of software faults helps significantly in specifying/computing the software release day, manage project resources which include people and money. Most of the growth models, known in history, count on two or three model parameters to be estimate. In this paper, we explore the use of linear Auto-Regression (AR) model to predict the accumulated faults resides in a software. This model will count on historical measured faults to product the future faults. The developed models will be tested on three types of datasets with excellent results
Building reliability growth models to predict software reliability and identify and remove errors is...
Abstract. High-assurance and complex mission-critical software systems are heavily dependent on reli...
The software testing process basically aims at building confidence in the software for its use in re...
During software development two important decisions organizations have to make are: how to allocate ...
Software defects entail a highly-significant cost penalty in lost productivity and post-release main...
Many software reliability growth models have beenanalyzed for measuring the growth of software relia...
Accurately predicting the number of faults in program modules is a major problem in quality control ...
The software development process is an intricate task, with the growing complexity of software solut...
Accurately predicting the number of faults in program modules is a major problem in quality control ...
Researchers used four software reliability growth models in the final test phases of three embedded ...
This paper demonstrates the use of regression tree models to predict the number of faults in a softw...
In highly iterative development processes, functionality is continuously added while existing faults...
This paper demonstrates the use of regression tree models to predict the number of faults in a softw...
Abstract-- Predicting faults early in the software life cycle can be used to improve software proces...
Abstract:- Predicting residual defects (i.e. remaining defects or failures) in Open Source Software ...
Building reliability growth models to predict software reliability and identify and remove errors is...
Abstract. High-assurance and complex mission-critical software systems are heavily dependent on reli...
The software testing process basically aims at building confidence in the software for its use in re...
During software development two important decisions organizations have to make are: how to allocate ...
Software defects entail a highly-significant cost penalty in lost productivity and post-release main...
Many software reliability growth models have beenanalyzed for measuring the growth of software relia...
Accurately predicting the number of faults in program modules is a major problem in quality control ...
The software development process is an intricate task, with the growing complexity of software solut...
Accurately predicting the number of faults in program modules is a major problem in quality control ...
Researchers used four software reliability growth models in the final test phases of three embedded ...
This paper demonstrates the use of regression tree models to predict the number of faults in a softw...
In highly iterative development processes, functionality is continuously added while existing faults...
This paper demonstrates the use of regression tree models to predict the number of faults in a softw...
Abstract-- Predicting faults early in the software life cycle can be used to improve software proces...
Abstract:- Predicting residual defects (i.e. remaining defects or failures) in Open Source Software ...
Building reliability growth models to predict software reliability and identify and remove errors is...
Abstract. High-assurance and complex mission-critical software systems are heavily dependent on reli...
The software testing process basically aims at building confidence in the software for its use in re...