A novel corpus‐based computing method for handling critical word‐ranking issues: An example of COVID‐19 research articles

• Published in: International Journal of Intelligent Systems 2021-07, Vol.36 (7), p.3190-3216
• Main Authors: Chen, Liang‐Ching, Chang, Kuei‐Hu
• Format: Article
• Language: English
• Subjects: Algorithms; Artificial intelligence; corpus; COVID-19; Criteria; Data processing; Dispersion; Handling; Hirsch index; H‐index algorithm; Intelligent systems; Machine learning; Medical personnel; Ranking; Words (language)
• ISSN: 0884-8173; 1098-111X; 1098-111X
• DOI: 10.1002/int.22413

A corpus is a massive body of structured textual data that are stored and operated electronically. It usually combines with statistics, machine learning algorithms, or artificial intelligence (AI) technologies to explore the semantic relationship between lexical units, and beneficial when applied to language learning, information processing, translation, and so forth. In the face of a novel disease, like, COVID‐19, establishing medical‐specific corpus will enhance frontline medical personnel's information acquisition efficiency, guiding them on the right approaches to respond to and prevent the novel disease. To effectively retrieve critical messages from the corpus, appropriately handling word‐ranking issues is quite crucial. However, traditional frequency‐based approaches may cause bias in handling word‐ranking issues because they neither optimize the corpus nor integrally take words' frequency dispersion and concentration criteria into consideration. Thus, this paper develops a novel corpus‐based approach that combines a corpus software and Hirsch index (H‐index) algorithm to handle the aforementioned issues simultaneously, making word‐ranking processes more accurate. This paper compiled 100 COVID‐19‐related research articles as an empirical example of the target corpus. To verify the proposed approach, this study compared the results of two traditional frequency‐based approaches and the proposed approach. The results indicate that the proposed approach can refine corpus and simultaneously compute words' frequency dispersion and concentration criteria in handling word‐ranking issues.