On Detecting Concurrency Defects Automatically at the Design Level
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Tagung:
Konferenzartikel
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Autoren:
Frank Padberg
Luis M. Carril
Oliver Dendinger
Martin Blersch -
Summary
We describe an automated approach for detecting concurrency defects from design diagrams of a software, in particular, sequence diagrams. From a given sequence diagram, we automatically infer a formal, parallel specification that generalizes the communication behavior that is designed informally and incompletely in the diagram. We model-check the parallel specification against generic concurrency defect patterns. No additional specification of the software is needed. We present several case-studies to evaluate our approach. The results show that our approach is technically feasible, and effective in detecting nasty concurrency defects at the design level.
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Jahr:
2013
- Links:
Titel Vorname Nachname |
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Dr. Ing. Frank Padberg |
Dr. Luis Manuel Carril Rodriguez |
Dipl.-Inform. Martin Blersch |
Dipl.-Inform. Oliver Denninger |
Titel |
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QualiCore |
Forschungsprojekt AParT - Entwurfsmustergestütze Anwendungsparallelisierung |
SRG Entwurfsmustergestützte Anwendungsparallelisierung |
Bibtex
@inproceedings{,
author={Frank Padberg, Luis M. Carril, Oliver Denninger, Martin Blersch},
title={On Detecting Concurrency Defects Automatically at the Design Level},
year=2013,
month=Dezember,
booktitle={20th Asia-Pacific Conference on Software Engineering APSEC},
url={https://ps.ipd.kit.edu/downloads/},
abstract={We describe an automated approach for detecting concurrency defects from design diagrams of a software, in particular, sequence diagrams. From a given sequence diagram, we automatically infer a formal, parallel specification that generalizes the communication behavior that is designed informally and incompletely in the diagram. We model-check the parallel specification against generic concurrency defect patterns. No additional specification of the software is needed. We present several case-studies to evaluate our approach. The results show that our approach is technically feasible, and effective in detecting nasty concurrency defects at the design level.},
}