A systematic review of the research literature on fault-prediction models from 2000 through 2010 identified 36 studies that sufficiently defined their models and development context and methodology. The authors quantitatively analyzed 19 of these studies and the 206 models they presented. They identified several key features to help industry software developers build or optimize fault-prediction models suitable to their specific contexts.Peer reviewe
Software faults are the main problem that affects overall software reliability. The prediction of th...
Software reliability is frequently estimated as per occurrence of failure and its recurrence, or as ...
Abstract: Software has evolved into a critical component in today's world. The quantity of faults in...
A systematic review of the research literature on fault-prediction models from 2000 through 2010 ide...
Background: The accurate prediction of where faults are likely to occur in code can help direct test...
This is a post-print of the article accepted for publication. The definitive version can be accessed...
CODE FAULTS ARE a daily reality for software development companies. Finding and removing them costs ...
peer-reviewedBackground: The accurate prediction of where faults are likely to occur in code can hel...
This paper surveys different software fault predictions progressed through different data analytic t...
Abstract: It is often wondered why so much of the software engineering research that appears in the ...
Abstract—Does the use of fault prediction models to help focus software testing resources and other ...
Context: Software metrics may be used in fault prediction models to improve software quality by pred...
Context: Software fault prediction has been an important research topic in the software engineering ...
The research community in software engineering is trying to find a way on how to achieve the goal of...
Background: Fault prediction is a key problem in software engineering domain. In recent years, an in...
Software faults are the main problem that affects overall software reliability. The prediction of th...
Software reliability is frequently estimated as per occurrence of failure and its recurrence, or as ...
Abstract: Software has evolved into a critical component in today's world. The quantity of faults in...
A systematic review of the research literature on fault-prediction models from 2000 through 2010 ide...
Background: The accurate prediction of where faults are likely to occur in code can help direct test...
This is a post-print of the article accepted for publication. The definitive version can be accessed...
CODE FAULTS ARE a daily reality for software development companies. Finding and removing them costs ...
peer-reviewedBackground: The accurate prediction of where faults are likely to occur in code can hel...
This paper surveys different software fault predictions progressed through different data analytic t...
Abstract: It is often wondered why so much of the software engineering research that appears in the ...
Abstract—Does the use of fault prediction models to help focus software testing resources and other ...
Context: Software metrics may be used in fault prediction models to improve software quality by pred...
Context: Software fault prediction has been an important research topic in the software engineering ...
The research community in software engineering is trying to find a way on how to achieve the goal of...
Background: Fault prediction is a key problem in software engineering domain. In recent years, an in...
Software faults are the main problem that affects overall software reliability. The prediction of th...
Software reliability is frequently estimated as per occurrence of failure and its recurrence, or as ...
Abstract: Software has evolved into a critical component in today's world. The quantity of faults in...