A Study of Software Clone Detection Techniques for Better Software Maintenance and Reliability

Chavi Ralhan, Navneet Malik
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Abstract

Major problem in the development of software development is the presence of duplicate code that has a great impact on the overall affect the maintainability of the software. Clone detection technique applied with the core objective to identify the software codes which are identical. Various approached had been proposed in past by various researchers based which are based on text based, and token-based techniques. However, the proposed approaches were not considered very reliable methods due to the inability to find out syntactic differences between programs. Highly effective way to identify syntactic difference is through usage of abstract syntax tree. There are numerous ways to find similarity between two programs. In the proposed work, proposed software clone detection technique software code would be represented in the form of metrics affecting maintenance and reliability of opensource software. Afterwards, features extraction would be done in the form of flexible vectors of different forms to detect different types of clones. Proposed technique would be based upon adaptive prefix filtering on sets of vectors to detect similarity among the vectors. Similarity index detected among the vectors would be used to define given codes as code clones.
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提高软件维护和可靠性的软件克隆检测技术研究
软件开发中的主要问题是重复代码的存在,这对软件的整体可维护性有很大的影响。克隆检测技术的核心目标是识别相同的软件代码。过去,各种研究人员提出了基于文本和基于令牌的技术的各种方法。然而,由于无法发现程序之间的语法差异,所提出的方法被认为不是非常可靠的方法。抽象语法树是识别语法差异的有效方法。有很多方法可以找到两个程序之间的相似之处。在建议的工作中,建议的软件克隆检测技术将软件代码以影响开源软件的维护和可靠性的度量形式表示。然后以不同形式的柔性向量的形式进行特征提取,检测不同类型的克隆。提出了一种基于自适应前缀滤波的向量集检测向量间相似性的方法。利用检测到的向量之间的相似性指数,将给定的代码定义为代码克隆。
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