基于CNN的编程语言多标签分类的预测用例

Satyarth Upadhyaya, Anish Parajuli, S. Shakya
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引用次数: 0

摘要

多标签分类是指将数据分类为两个或多个通常独立的输出标签集。这种方法适用于软件开发等多面主题的深度学习应用,在这些主题中需要产生多种结果。本文在编程语言平台(如GitHub和Stack Overflow)的公共数据集上提出了一个基于CNN的深度学习模型,以推断智能,以帮助针对给定软件开发需求选择编程语言的决策过程。在本研究中,我们开发了一个由预训练的向量嵌入层和多通道一维CNN层组成的训练模型,然后是Multi layer Perceptron层来提供多标签输出。我们在Github和Stack Overflow的两个实验设置中分别实现了92%,98%的准确率和22%,4%的损失。当对软件开发需求进行测试时,该模型表现良好。在实际的软件开发用例中,Stack Overflow数据集的性能明显优于Github数据集。这些模型的含义也被发现对趋势预测和源代码用例有好处。
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Predictive use cases of CNN based multi label classification for programming languages
Multi-label classification refers to classifying data into two or more, usually independent, set of output labels. This approach is suitable for deep learning applications in multi-faceted subjects like software development, where it is desirable to yield multiple outcomes. This paper proposes a CNN based deep learning model on public datasets of programming language platforms like GitHub and Stack Overflow to infer intelligence to aid decision making process regarding the choice of programming languages for a given software development requirement. For this research, we’ve developed a training model with pre-trained vector embedding layer and multi-channel one dimensional CNN layers, followed by Multi Layer Perceptron layer to provide multi label outputs. We have managed to achieve 92%, 98% accuracy and 22%, 4% loss with our two experimental setups for Github and Stack Overflow respectively. The model performed well when tested on software development requirements. Stack Overflow dataset was observed to be noticeably better performing than the Github dataset for actual software development use cases. The implications of these models were also found to be good for trend prediction and source code use cases.
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