In this paper, we investigate the Barcode OSS using two of Weiser’s original slice-based metrics (Tightness and Overlap) as a basis, complemented with fault data extracted from multiple versions of the same system. We compared the values of the metrics in functions with at least one reported fault with fault-free modules to determine a) whether significant differences in the two metrics would be observed and b) whether those metrics might allow prediction of faulty functions. Results revealed some interesting traits of the Tightness metric and, in particular, how low values of that metric seemed to indicate fault-prone functions. A significant difference was found between the Tightness metric values for faulty functions when compared to fau...
The aim of this paper is to integrate the strong points of statistical debugging and program slicing...
Software products can only be improved if we have a good understanding of the faults they typically ...
Software products can only be improved if we have a good understanding of the faults they typically ...
In this paper, we investigate the barcode OSS using two of Weiser's original slice-based metrics (ti...
“This material is presented to ensure timely dissemination of scholarly and technical work. Copyrigh...
This study explores the relationship between program slices and faults. The aim is to investigate wh...
This study explores the relationship between program slices and faults. The aim is to investigate wh...
Sound empirical research suggests that we should analyze software metrics from a theoretical and pra...
Workshop held at ASWEC 2009: 20th Australian Software Engineering ConferenceThe advantages a DSL and...
In this paper, we introduce 13 program slicing metrics for C language programs. These metrics use pr...
The quality of software gets more and more important as software is introduced to systems that are i...
Statistical fault localization is an easily deployed technique for quickly determining candidates fo...
In our experiments we examined the general relationship between object-oriented metrics and the faul...
Code quality is a crucial construct in open-source software (OSS) with three dimensions: maintainabi...
It is very complex to write programs that behave accurately in the program verification tools. Autom...
The aim of this paper is to integrate the strong points of statistical debugging and program slicing...
Software products can only be improved if we have a good understanding of the faults they typically ...
Software products can only be improved if we have a good understanding of the faults they typically ...
In this paper, we investigate the barcode OSS using two of Weiser's original slice-based metrics (ti...
“This material is presented to ensure timely dissemination of scholarly and technical work. Copyrigh...
This study explores the relationship between program slices and faults. The aim is to investigate wh...
This study explores the relationship between program slices and faults. The aim is to investigate wh...
Sound empirical research suggests that we should analyze software metrics from a theoretical and pra...
Workshop held at ASWEC 2009: 20th Australian Software Engineering ConferenceThe advantages a DSL and...
In this paper, we introduce 13 program slicing metrics for C language programs. These metrics use pr...
The quality of software gets more and more important as software is introduced to systems that are i...
Statistical fault localization is an easily deployed technique for quickly determining candidates fo...
In our experiments we examined the general relationship between object-oriented metrics and the faul...
Code quality is a crucial construct in open-source software (OSS) with three dimensions: maintainabi...
It is very complex to write programs that behave accurately in the program verification tools. Autom...
The aim of this paper is to integrate the strong points of statistical debugging and program slicing...
Software products can only be improved if we have a good understanding of the faults they typically ...
Software products can only be improved if we have a good understanding of the faults they typically ...