The Impact of Textual and Nominal Features on Bug Assignment Approaches

The Impact of Textual and Nominal Features on Bug Assignment Approaches

Automatic bug assignment has been an area of extensive research over the past decade. Textual bug reports are crucial for engineers to identify and fix bugs, as they provide valuable information about the buggy phenomena and potential causes. However, the presence of noise in text can have unintended consequences on automatic bug assignments, particularly due to the limitations of traditional Natural Language Processing (NLP) techniques.

A recent study conducted by a research team led by Zexuan Li, as published in Frontiers of Computer Science, aimed to investigate the impact of textual features and nominal features on bug assignment approaches. The team utilized an NLP technique, TextCNN, to assess whether advancements in NLP techniques could enhance the performance of bug assignment based on textual features.

The results of the study indicated that even with advanced NLP techniques, textual features did not outperform nominal features in bug assignment approaches. The team further delved into identifying influential features for bug assignment and discovered that nominal features, which reflect developer preferences, played a significant role in achieving competitive results without solely relying on text.

The research team sought to address three main questions in their study:
1. How effective are textual features when combined with deep-learning-based NLP techniques?
2. What are the influential features in bug assignment approaches and why are they considered influential?
3. To what extent can selected influential features improve bug assignments?

Implications and Future Research

The study highlighted that while improved NLP techniques may have some impact on bug assignment accuracy, the selected key nominal features ultimately proved to be more influential. The findings suggest that future research efforts could focus on incorporating source files to establish a knowledge graph that enhances the embedding of nominal features and descriptive words for improved bug assignment accuracy.

The research conducted by Zexuan Li and the team sheds light on the significance of nominal features in bug assignment approaches and the limitations of relying solely on textual features. By exploring the balance between textual and nominal features, researchers can further refine bug assignment techniques and enhance the overall efficiency of bug fixing processes.

Technology

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