利用CNN检测波斯语剽窃

S. Lazemi, H. Ebrahimpour-Komleh, N. Noroozi
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引用次数: 2

摘要

由于科研成果的丰富性和日益增长的获取性,在科研和学术环境中引起了一些不法分子的滥用和非法使用。“抄袭”是指未经正确引用他人的科研成果。鉴于波斯语电子资源的快速增长,本文对波斯语文本中的抄袭检测进行了研究。抄袭检测包括两个不同的步骤:候选检索和文本对齐。我们提出的方法的重点是这两个步骤。在第一步中,使用卷积神经网络(CNN),在文档级创建向量表示,然后使用k-means聚类算法检索候选文档。为了对齐文本,使用CNN在句子级提取特征。最后,使用分类算法对复制的句子进行检测。分别对AAI竞赛准备好的语料库和PAN2015竞赛准备好的语料库进行实验。第一个语料的查准率和查全率分别为0.843和0.806,第二个语料的查全率和查全率分别为0.833和0.826。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Persian Plagirisim Detection Using CNN s
The abundant and growing amount of scientific-research works and the ease of access to them has caused some abusive exploits from jobber people and illicit use of them in scientific and academic environments. “Plagiarism” refers to the use of scientific-research works by others without reference to them correctly. Due to the rapid growth of Persian electronic resources, this paper considers the plagiarism detection in Persian texts. Plagiarism detection consists of two distinct steps: Candidate Retrieval and Text Alignment. The focus of our proposed method is on both steps. In the first step, using a Convolutional Neural Network (CNN), a vector representation is created in document-level and then, the candidate documents are retrieved using the k-means clustering algorithm. In order to align text, the features are extracted at the sentence-level using a CNN. Finally, using the classification algorithms, the copied sentences are detected. Experiments were performed on the prepared corpus in the AAI competition and the prepared corpus in the PAN2015 competition. The achieved precision and recall are 0.843 and 0.806 for the first corpus and 0.833 and 0.826 for the second one respectively.
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