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Forschungsprojektdetails

Forschungseinheiten Beschäftigte Kooperationspartner Publikationen Gehaltene Vorträge 
Original Bezeichnung: Multi-Modeling and Evolution in Software Ecosystems (M02)
Sprache der Bezeichnung: Englisch
Original Kurzfassung: together with KEBA AG, Linz - focuses on supporting software development and evolution in software ecosystems, a type of VLSS where solutions are developed in a globally distributed manner by internal and external developers based on a core software platform. Results of this module will e.g., help determining the impact of a platform change on globally distributed customer systems in such multi-level ecosystems.
Sprache der Kurzfassung: Englisch
Anfang: 1.2.2013
Ende: 30.6.2020
URL zu weiteren Infos: Homepage
(http://mevss.jku.at/)
Letzte Änderung: 02.02.2023
Forschungsprojekttyp: Geförderte Forschung (andere Geldgeber)
Kontaktperson: A.Univ.-Prof. Mag. Dr. Paul Grünbacher
Leitung: A.Univ.-Prof. Mag. Dr. Paul Grünbacher
Forschungseinheiten: Institut für Software Systems Engineering
Beschäftigte: DI Daniela Rabiser
DI Florian Angerer
DI BSc Andreas Grimmer
DI Dr. BSc Lukas Linsbauer
DI BSc Daniel Hinterreiter
DI BSc Kevin Feichtinger
Mag. Dr. Thomas Filsecker
Kooperationspartner: KEBA AG
Publikationen:

Publikationstyp: Aufsatz / Paper in SCI-Expanded-Zeitschrift

  1. Supporting Feature-Oriented Evolution in Industrial Automation Product Lines
  2. Change Impact Analysis for Maintenance and Evolution of Variable Software Systems
  3. Multi-Purpose, Multi-Level Feature Modeling of Large-Scale Industrial Software Systems

Publikationstyp: Aufsatz / Paper in Tagungsband (referiert)

  1. Visualizing Feature-Level Evolution in Product Lines: A Research Preview
  2. Harmonized Temporal Feature Modeling to Uniformly Perform, Track, Analyze, and Replay Software Product Line Evolution
  3. Supporting Feature Model Evolution by Lifting Code-Level Dependencies
  4. Supporting Feature Model Evolution by Suggesting Constraints from Code-Level Dependency Analyses
  5. Supporting Feature-Oriented Development and Evolution in Industrial Software Ecosystems
  6. A classification of variation control systems
  7. Configuration-Aware Change Impact Analysis
  8. Feature Modeling of Two Large-scale Industrial Software Systems: Experiences and Lessons Learned
  9. Using Feature Feeds to Improve Developer Awareness in Software Ecosystem Evolution
  10. What is a Feature? A Qualitative Study of Features in Industrial Software Product Lines
  11. A Case Study on Software Ecosystem Characteristics in Industrial Automation Software
  12. Identifying Inactive Code in Product Lines with Configuration-Aware System Dependence Graphs
  13. Software Evolution in an Industrial Automation Ecosystem: An Exploratory Study
  14. Variability-Aware Change Impact Analysis of MultiLanguage Product Lines
  15. Custom-Developed vs. Model-based Configuration Tools: Experiences from an Industrial Automation Ecosystem

Publikationstyp: Dissertation

  1. Multi-Level Feature Modeling in Industrial Software Ecosystems
Gehaltene Vorträge:

Vortragstyp: Vortrag auf einer Tagung (referiert)

  1. Visualizing Feature-Level Evolution in Product Lines: A Research Preview, Italy, (26.06.2020) 
  2. Harmonized Temporal Feature Modeling to Uniformly Perform, Track, Analyze, and Replay Software Product Line Evolution, Greece, (22.10.2019) 
  3. Supporting Feature Model Evolution by Suggesting Constraints from Code-Level Dependency Analyses, Greece, (22.10.2019) 
  4. Supporting Feature Model Evolution by Lifting Code-Level Dependencies, Germany, (21.03.2019) 
  5. Multi-Objective Optimization for Reverse Engineering of Apo-Games Feature Models, Sweden, (12.09.2018) 
  6. Feature-Oriented Evolution of Automation Software Systems in Industrial Software Ecosystems, Italy, (05.09.2018) 
  7. Supporting Feature-Oriented Development and Evolution in Industrial Software Ecosystems, Sweden, (03.09.2018) 
  8. Configuration-Aware Change Impact Analysis, United States of America, (12.11.2015) 
  9. Feature Modeling of Two Large-scale Industrial Software Systems: Experiences and Lessons Learned, Canada, (01.10.2015) 
  10. Using Feature Feeds to Improve Developer Awareness in Software Ecosystem Evolution, Germany, (21.01.2015) 
  11. Recovering Feature-to-Code Mappings in Mixed-Variability Software Systems, Canada, (01.10.2014) 
  12. Identifying Inactive Code in Product Lines with Configuration-Aware System Dependence Graphs, Italy, (18.09.2014) 
  13. Improving Developer Awareness of Evolution in Software Ecosystems, Italy, (16.09.2014) 
  14. Variability-Aware Change Impact Analysis of Multi-Language Product Lines, Sweden, (15.09.2014) 
  15. Software Evolution in an Industrial Automation Ecosystem: An Exploratory Study, Italy, (28.08.2014) 
  16. A case study on software ecosystem characteristics in industrial automation software, China, (27.05.2014) 
  17. Using Crowdsourcing in FOSD to Support Evolution in Industrial Software Ecosystems, Germany, (06.05.2014) 
  18. Points-To Analysis of IEC 61131-3 Programs: Implementation and Application, Italy, (13.09.2013) 
  19. Custom-Developed vs. Model-based Configuration Tools: Experiences from an Industrial Automation Ecosystem, Japan, (26.08.2013) 
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