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Showing 1 to 3 of 3 for “"Software defect prediction"”.

  1. k-Label Dependent Evolutionary Distance Weighting for Software Defect Prediction

    Software Defect Prediction is a field of study that uses machine learning algorithms to identify software that is susceptible to defects. Software defects and bugs can potentially cause errors that have significant consequences ranging from minor inconveniences to system failures. Identification of …

    oxford-brookes Repository record for k-Label Dependent Evolutionary Distance Weighting for Software Defect Prediction (opens in a new tab)

  2. Enhancing Software Defect Prediction: Investigating Diverse Representations of Source Code as Feature Values in Classical and Quantum Machine Learning Approaches

    Software defect prediction is one of the prominent topics within the software engineering research domain. Studies have been delved into predicting and addressing software bugs (also known as defects/ issues). Yet, the landscape remains marked by a steady influx of new reports filling bug …

    sask Repository record for Enhancing Software Defect Prediction: Investigating Diverse Representations of Source Code as Feature Values in Classical and Quantum Machine Learning Approaches (opens in a new tab)

  3. Empirical Evaluation of Graph-Anonymized Metrics for JIT Defect Prediction

    Software analytics data, housed in version control and issue report repositories, serves pivotal roles in organizational tasks like predicting code bugs and selecting code reviewers. Yet, individual organizations often lack the breadth of data needed for these analytics, making data sharing …

    queens Repository record for Empirical Evaluation of Graph-Anonymized Metrics for JIT Defect Prediction (opens in a new tab)