Abstract-This position paper argues that fault classification provides vital information for software analytics, and that machine learning techniques such as clustering can be applied to learn a project-(or organization-) specific fault taxonomy. Anecdotal evidence of this position is presented as well as possible areas of research for moving toward the posited goal
The software project development plays important role in software quality. Measuring software qualit...
This thesis investigates the possibilities of automating parts of the bug handling process in large-...
Enterprise and high-performance computing systems are growing extremely large and complex, employing...
As software becomes more important to society, the number, age, and complexity of systems grow. Soft...
Early detection of software defects is very important to decrease the software cost and subsequently...
Context: Software fault prediction has been an important research topic in the software engineering ...
Software fault prediction (SFP) is a quality assurance process that identifies if certain modules ar...
This data set contains the results of an extensive, systematic literature review on the use of machi...
A bug report gives data that could help in settling a bug, with the general point of enhancing the p...
The ubiquitous nature of software demands that software is released without faults. However, softwar...
Software fault prediction (SFP) has become a pivotal aspect in realm of software quality. Neverthele...
The evolution of a software system originates from its changes, whether it comes from changed user n...
Source code level software defect detection has gone from state of the art to a software engineering...
This paper analyses the effect of the effort distribution along the software development lifecycle o...
Software faults are a major threat for the dependability of software systems. When we intend to stud...
The software project development plays important role in software quality. Measuring software qualit...
This thesis investigates the possibilities of automating parts of the bug handling process in large-...
Enterprise and high-performance computing systems are growing extremely large and complex, employing...
As software becomes more important to society, the number, age, and complexity of systems grow. Soft...
Early detection of software defects is very important to decrease the software cost and subsequently...
Context: Software fault prediction has been an important research topic in the software engineering ...
Software fault prediction (SFP) is a quality assurance process that identifies if certain modules ar...
This data set contains the results of an extensive, systematic literature review on the use of machi...
A bug report gives data that could help in settling a bug, with the general point of enhancing the p...
The ubiquitous nature of software demands that software is released without faults. However, softwar...
Software fault prediction (SFP) has become a pivotal aspect in realm of software quality. Neverthele...
The evolution of a software system originates from its changes, whether it comes from changed user n...
Source code level software defect detection has gone from state of the art to a software engineering...
This paper analyses the effect of the effort distribution along the software development lifecycle o...
Software faults are a major threat for the dependability of software systems. When we intend to stud...
The software project development plays important role in software quality. Measuring software qualit...
This thesis investigates the possibilities of automating parts of the bug handling process in large-...
Enterprise and high-performance computing systems are growing extremely large and complex, employing...