This work addresses the problem of discovering bugs in software development. We investigate the utilisation of call graphs of program executions and graph mining algorithms to approach this problem. We propose a novel reduction technique for call graphs which introduces edge weights. Then, we present an analysis technique for such weighted call graphs based on graph mining and on traditional feature selection. Our new approach finds bugs which could not be detected so far. With regard to bugs which can already be localised, our technique also doubles the precision of finding them
We present a method to enhance fault localization for software systems based on a frequent pattern m...
Each day, anti-virus companies receive large quantities of potentially harmful executables. Many of ...
Writing multithreaded software for multicore computers confronts many developers with the difficulty...
An important problem in software engineering is the automated discovery of noncrashing occasional bu...
(Semi-)automated bug localisation is an important issue in software engineering. Recent techniques b...
Fault localization is considered one of the most challenging activities in the software debugging pr...
The localisation of defects in computer programmes is essential in software engineering and is impor...
Defect localisation is essential in software engineering and is an important task in domain-specific...
The localisation of defects in computer programmes is essential in software engineering and is impor...
Bug localization has attracted a lot of attention recently. Most existing methods focus on pinpointi...
Abstract—Automating the localization of software bugs that do not lead to crashes is a difficult tas...
Abstract—Locating software bugs is a difficult task, especially if they do not lead to crashes. Curr...
Reliability has become ever important. Unfortunately, software errors continue to be frequent and ac...
Nowadays software development greatly relies upon using third-party source code. A logical consequen...
We present a method to enhance fault localization for software systems based on a frequent pattern m...
We present a method to enhance fault localization for software systems based on a frequent pattern m...
Each day, anti-virus companies receive large quantities of potentially harmful executables. Many of ...
Writing multithreaded software for multicore computers confronts many developers with the difficulty...
An important problem in software engineering is the automated discovery of noncrashing occasional bu...
(Semi-)automated bug localisation is an important issue in software engineering. Recent techniques b...
Fault localization is considered one of the most challenging activities in the software debugging pr...
The localisation of defects in computer programmes is essential in software engineering and is impor...
Defect localisation is essential in software engineering and is an important task in domain-specific...
The localisation of defects in computer programmes is essential in software engineering and is impor...
Bug localization has attracted a lot of attention recently. Most existing methods focus on pinpointi...
Abstract—Automating the localization of software bugs that do not lead to crashes is a difficult tas...
Abstract—Locating software bugs is a difficult task, especially if they do not lead to crashes. Curr...
Reliability has become ever important. Unfortunately, software errors continue to be frequent and ac...
Nowadays software development greatly relies upon using third-party source code. A logical consequen...
We present a method to enhance fault localization for software systems based on a frequent pattern m...
We present a method to enhance fault localization for software systems based on a frequent pattern m...
Each day, anti-virus companies receive large quantities of potentially harmful executables. Many of ...
Writing multithreaded software for multicore computers confronts many developers with the difficulty...