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Developing a hyperparameter optimization method for classification of code snippets and questions of stack overflow: HyperSCC
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Developing a hyperparameter optimization method for classification of code snippets and questions of stack overflow: HyperSCC
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Journal Article
Developing a hyperparameter optimization method for classification of code snippets and questions of stack overflow: HyperSCC
2023
Overview
Although there exist various machine learning and text mining techniques to identify the programming language of complete code files, multi-label code snippet prediction was not considered by the research community. This work aims at devising a tuner for multi-label programming language prediction of stack overflow posts. To that end, a Hyper Source Code Classifier (HyperSCC) is devised along with rule-based automatic labeling by considering the bottlenecks of multi-label classification. The proposed method is evaluated on seven multi-label predictors to conduct an extensive analysis. The method is further compared with the three competitive alternatives in terms of one-label programming language prediction. HyperSCC outperformed the other methods in terms of the F1 score. Preprocessing results in a high reduction (50%) of training time when ensemble multi-label predictors are employed. In one-label programming language prediction, Gradient Boosting Machine (gbm) yields the highest accuracy (0.99) in predicting R posts that have a lot of distinctive words determining labels. The findings support the hypothesis that multi-label predictors can be strengthened with sophisticated feature selection and labeling approaches.
Publisher
European Alliance for Innovation (EAI)
Subject
