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Please use this identifier to cite or link to this item: http://hdl.handle.net/10155/730

Issue Date: 1-Oct-2016
Title: Understanding and predicting method-level source code changes using commit history data
Authors: Heron, Joseph
Publisher : UOIT
Degree : Master of Science (MSc)
Department : Computer Science
Supervisor : Bradbury, Jeremy
Keywords: Data mining
Software analytics
Machine learning
Resource management
Software development
Abstract: Software development and software maintenance require a large amount of source code changes to be made to a software repositories. Any change to a repository can introduce new resource needs which will cost more time and money to the repository owners. Therefore it is useful to predict future code changes in an effort to help determine and allocate resources. We are proposing a technique that will predict whether elements within a repository will change in the near future given the development history of the repository. The development history is collected from source code management tools such as GitHub and stored local in a PostgreSQL. The predictions are developed using the machine learning approaches Support Vector Machine and Random Forest. Furthermore, we will investigate what factors have the most impact on the performance of predicting using either Support Vector Machines or Random Forest with future code changes using commit history. Visualizations were used as part of the approach to gain a deeper understanding of each repository prior to making predictions. To validate the results we analyzed open source Java software repositories including; acra, storm, fresco, dagger, and deeplearning4j.
Appears in Collections:Electronic Theses and Dissertations (Public)
Faculty of Science - Master Theses

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