Software plagiarism detection: A graph-based approach

Citations

SCOPUS

69

초록

As plagiarism of software increases rapidly, there are growing needs for software plagiarism detection systems. In this paper, we propose a software plagiarism detection system using an APIlabeled control flow graph (A-CFG) that abstracts the functionalities of a program. The A-CFG can reflect both the sequence and the frequency of APIs, while previous work rarely considers both of them together. To perform a scalable comparison of a pair of A-CFGs, we use random walk with restart (RWR) that computes an importance score for each node in a graph. By the RWR, we can generate a single score vector for an A-CFG and can also compare A-CFGs by comparing their score vectors. Extensive evaluations on a set of Windows applications demonstrate the effectiveness and the scalability of our proposed system compared with existing methods.

키워드

Binary analysisGraphSimilaritySoftware plagiarismBinary analysisControl flow graphsGraphGraph-basedRandom walk with restartSimilaritySoftware plagiarismsWindows applicationData flow analysisGraphic methodsKnowledge managementIntellectual property
제목
Software plagiarism detection: A graph-based approach
저자
Chae, Dong-KyuHa, JiwoonKim, Sang-WookKang, Boo JoongIm, Eul Gyu
DOI
10.1145/2505515.2507848
발행일
2013-10
유형
Conference Paper
저널명
International Conference on Information and Knowledge Management, Proceedings
페이지
1577 ~ 1580