Enhancement of CRD-based clone tracking

Yoshiki Higo, Keisuke Hotta, S. Kusumoto
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引用次数: 13

Abstract

Many researchers have conducted a variety of research related to clone evolution. In order to grasp how clones have evolved, clones must be tracked. However, conventional clone tracking techniques are not feasible to track clones if they moved to another location in the source code. Consequently, in this research, we propose a new clone tracking technique. The proposed technique is an enhanced version of clone tracking with clone region descriptor (CRD) proposed by Duala-Ekoko and Robillard. The proposed technique can track clones even if they moved to another location. We have implemented a software tool based on the proposed technique, and applied it to two open source systems. In the experiment, we confirmed that the proposed technique could track 44 clone groups, which the conventional CRD tracking could not track. The accuracy of the tracking for those clones was 91%.
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基于cd的克隆跟踪的增强
许多研究者对克隆进化进行了各种各样的研究。为了了解克隆人是如何进化的,必须对克隆人进行追踪。然而,如果克隆移动到源代码中的另一个位置,传统的克隆跟踪技术就无法跟踪克隆。因此,在本研究中,我们提出了一种新的克隆跟踪技术。该技术是由Duala-Ekoko和Robillard提出的克隆区域描述符(CRD)的改进版本。这项技术可以追踪克隆体,即使它们转移到了另一个地方。我们基于所提出的技术实现了一个软件工具,并将其应用于两个开源系统。在实验中,我们证实了该技术可以跟踪44个克隆群体,而传统的CRD跟踪无法跟踪。这些克隆体的追踪准确率为91%。
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