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Goeminne, Mathieu
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CSMR-WCRE '14-DOCTORAL: "Understanding the Evolution ..."
Understanding the Evolution of Socio-technical Aspects in Open Source Ecosystems
Mathieu Goeminne
(University of Mons, Belgium)
Open source systems being related to each other may be grouped in bigger systems called software ecosystems. The goal of our PhD dissertation was to understand the evolution of the social aspects in such ecosystems. More precisely, we studied how contributors to these ecosystems can be grouped in different communities that evolve and collaborate in different ways. In doing so, we provided evidence that contributors have specificities that are not taken into account by today’s analysis tools. Becoming aware of these specificities opens up new research and practically relevant questions on how new automated tools can be designed and used to offer better support to the ecosystem’s contributors in their activities.
@InProceedings{CSMR-WCRE14p473,
author = {Mathieu Goeminne},
title = {Understanding the Evolution of Socio-technical Aspects in Open Source Ecosystems},
booktitle = {Proc.\ CSMR-WCRE},
publisher = {IEEE},
pages = {473--476},
doi = {},
year = {2014},
}
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Jelschen, Jan
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CSMR-WCRE '14-DOCTORAL: "SENSEI: Software Evolution ..."
SENSEI: Software Evolution Service Integration
Jan Jelschen
(University of Oldenburg, Germany)
Software evolution tools mostly implement a single technique to assist in achieving a specific objective. Overhauling, renovating, or migrating large and complex legacy software systems require the proper combination of several different techniques appropriate for each subtask. Since few tools are built for interoperability, the setup of a toolchain supporting a given software evolution process is an elaborate, time-consuming, error-prone, and redundant endeavor, which yields brittle and inflexible toolchains with little to no reusability.
This paper presents SENSEI, an approach to enable the implementation of an integration framework for software evolution tools using component-based, service-oriented, and model-driven methods, to ease toolchain creation and enable agile execution of software evolution projects. It will be evaluated by implementing and using it to build the toolchains supporting two software evolution projects, and having practitioners assess its usefulness.
@InProceedings{CSMR-WCRE14p469,
author = {Jan Jelschen},
title = {SENSEI: Software Evolution Service Integration},
booktitle = {Proc.\ CSMR-WCRE},
publisher = {IEEE},
pages = {469--472},
doi = {},
year = {2014},
}
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