AbstractAnalyzing the evolution of large and long-lived software systems is a complex problem that requires extensive tool support due to the amount and complexity of the data that needs to be processed. In this paper, we present Churrasco, a tool to support collaborative software evolution analysis through a web interface. After describing the tool and its architecture, we provide a usage scenario of Churrasco on a large open source software system, and we present two collaboration experiments performed with, respectively, 8 and 4 participants
This thesis undertakes an empirical study of software evolution by analyzing open source software (O...
Software repositories, such as versioning, bug reporting, and developer mailing list archives contai...
Software development is rapidly changing and software systems are increasing in size and expected li...
Analyzing the evolution of large and long lived software systems is a complex problem which requires...
AbstractAnalyzing the evolution of large and long-lived software systems is a complex problem that r...
Software-intensive systems are subject to continuous change due to modification of the systems thems...
Methods for supporting evolution of software-intensive systems are a competitive edge in software en...
During the last few years, software evolution research has explored new domains such as the study of...
Software has today a large penetration in all infrastructure levels of the society. This penetration...
Software analysis and its diachronic sibling, software evolution analysis, rely heavily on data comp...
Towards software analysis as a service Throughout the years software engineers have come up with a m...
The analysis of the evolution of large software systems is challenging for many reasons, such as the...
Context: Accurately relating code authorship to commit frequency over multiple software revisions is...
Software evolution data stored in repositories such as version control, bug and issue tracking, or m...
One of the characteristics of large software systems is that they evolve over time. Evolution patter...
This thesis undertakes an empirical study of software evolution by analyzing open source software (O...
Software repositories, such as versioning, bug reporting, and developer mailing list archives contai...
Software development is rapidly changing and software systems are increasing in size and expected li...
Analyzing the evolution of large and long lived software systems is a complex problem which requires...
AbstractAnalyzing the evolution of large and long-lived software systems is a complex problem that r...
Software-intensive systems are subject to continuous change due to modification of the systems thems...
Methods for supporting evolution of software-intensive systems are a competitive edge in software en...
During the last few years, software evolution research has explored new domains such as the study of...
Software has today a large penetration in all infrastructure levels of the society. This penetration...
Software analysis and its diachronic sibling, software evolution analysis, rely heavily on data comp...
Towards software analysis as a service Throughout the years software engineers have come up with a m...
The analysis of the evolution of large software systems is challenging for many reasons, such as the...
Context: Accurately relating code authorship to commit frequency over multiple software revisions is...
Software evolution data stored in repositories such as version control, bug and issue tracking, or m...
One of the characteristics of large software systems is that they evolve over time. Evolution patter...
This thesis undertakes an empirical study of software evolution by analyzing open source software (O...
Software repositories, such as versioning, bug reporting, and developer mailing list archives contai...
Software development is rapidly changing and software systems are increasing in size and expected li...