Towards a Linguistic Evaluation of Narratives: A Quantitative Stylistic Framework
Summary
This work introduces a quantitative framework for evaluating narrative quality by analyzing linguistic features. It proposes a methodology that extracts 33 quantitative linguistic features, categorized into lexical, syntactic, and semantic groups, to automatically assess narratives. An experiment on a corpus of 23 books, comprising both canonical masterpieces and self-published works, demonstrated the system's ability to cluster narratives and distinguish between professionally edited and self-published texts with high accuracy using a similarity matrix. The methodology was further validated against a human-annotated dataset, where it significantly outperformed traditional story-level evaluation metrics, confirming the efficacy of linguistic features in determining narrative quality.
Key takeaway
For research scientists developing automated content analysis tools, this framework offers a robust method for objectively evaluating narrative quality. You should consider integrating quantitative linguistic features, such as those proposed, into your models to enhance the precision of narrative assessment and distinguish between different levels of textual professionalism.
Key insights
Linguistic features can quantitatively assess narrative quality, distinguishing professional from self-published works.
Principles
- Narrative quality has quantifiable linguistic indicators.
- Linguistic features can differentiate text professionalism.
Method
The method extracts 33 quantitative linguistic features (lexical, syntactic, semantic) from narratives, then uses a similarity matrix to cluster and evaluate texts, validated against human annotations.
In practice
- Automate narrative quality assessment.
- Identify professionally edited texts.
- Analyze linguistic patterns in literature.
Topics
- Quantitative Stylistic Framework
- Narrative Quality Assessment
- Linguistic Feature Extraction
- Lexical Features
- Syntactic Features
Best for: Research Scientist, AI Scientist, NLP Engineer, Data Scientist
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Editorial summary, takeaway, and curation by AIssential. Original article published by Computation and Language.