Connecting historical changes for cross-version software defect prediction Online publication date: Mon, 19-Oct-2020
by Xue Bai; Hua Zhou; Hongji Yang; Dong Wang
International Journal of Computer Applications in Technology (IJCAT), Vol. 63, No. 4, 2020
Abstract: In the whole software life cycle, software defects are inevitable and increase the cost of software development and evolution. Cross-Version Software Defect Prediction (CVSDP) aims at learning the defect patterns from the historical data of previous software versions to distinguish buggy software modules from clean ones. In CVSDP, metrics are intrinsic properties associated with the external manifestation of defects. However, traditional software defect measures ignore the sequential information of changes during software evolution process which may play a crucial role in CVSDP. Therefore, researchers tried to connect traditional metrics across versions as a new kind of evolution metrics. This study proposes a new way to connect historical sequence of metrics based on change sequence named HCSM and designs a novel deep learning algorithm GDNN as a classifier to process it. Compared to the traditional metrics approaches and other relevant approaches, the proposed approach fits in projects with stable and orderly defect control trend.
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