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Please use this identifier to cite or link to this item: http://hdl.handle.net/10506/674

Title: Fault-Proneness Estimation and Java Migration: A Preliminary Case Study
Authors: Bianco, Mirco
Kaneider, Daniel
Sillitti, Alberto
Succi, Giancarlo
Keywords: Product metrics
process metrics
java migration
fault-proneness estimation
Issue Date: 2009
Publisher: Demetra EOOD
Citation: Bianco, Mirco, Kaneider, Daniel, Sillitti, Alberto, Succi, Giancarlo (2009), Fault-Proneness Estimation and Java Migration: A Preliminary Case Study, Proceedings of International Conference on SOFTWARE, SERVICES & SEMANTIC TECHNOLOGIES, October 28-29, 2009, Sofia, Bulgaria, ISBN 978-954-9526-62-2, p. 124
Abstract: The paper presents and discusses an industrial case study, where an eight year running software project has been analyzed. We collected about 1000 daily-versions, together with the file version control system, and bug tracking data. This project has been migrated from Java 1.4 to Java 1.5, and visible effects of this migration on the bytecode are presented and discussed. From this case study, we expect to observe the effects on the code size produced by the Java technology migration, and to improve the performances of already existing fault-proneness estimation models. Preliminary results about fault-proneness estimation are shown.
URI: http://hdl.handle.net/10506/674
ISBN: 978-954-9526-62-2
Appears in Collections:S3T 2009

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