利用神经网络对软件源代码中的编程规则进行高效提取和违规检测

A. Pravin, S. Srinivasan
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引用次数: 12

摘要

软件源代码的较大规模和复杂性给bug检测带来了许多挑战。基于数据挖掘的bug检测方法可以有效地消除软件源代码中存在的bug。规则违反和复制粘贴相关的缺陷是bug检测系统最关心的问题。传统的数据挖掘方法,如频繁项集挖掘和频繁序列挖掘,虽然性能较好,但在准确性和模式识别方面存在不足。在其他技术可能无法产生令人满意的预测模型的情况下,神经网络已经成为先进的数据挖掘工具。神经网络是针对软件源代码中可能出现的一系列错误进行训练的。从训练数据中,神经网络学习如何预测正确的输出。神经网络的处理元素与权值相关联,权值在训练期间进行调整。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An efficient programming rule extraction and detection of violations in software source code using neural networks
The larger size and complexity of software source code builds many challenges in bug detection. Data mining based bug detection methods eliminate the bugs present in software source code effectively. Rule violation and copy paste related defects are the most concerns for bug detection system. Traditional data mining approaches such as frequent Itemset mining and frequent sequence mining are relatively good but they are lacking in accuracy and pattern recognition. Neural networks have emerged as advanced data mining tools in cases where other techniques may not produce satisfactory predictive models. The neural network is trained for possible set of errors that could be present in software source code. From the training data the neural network learns how to predict the correct output. The processing elements of neural networks are associated with weights which are adjusted during the training period.
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