A Novel Approach to Find Author's Research Areas of Interests Using Graph Database

A Novel Approach to Find Author's Research Areas of Interests Using Graph Database

Soumya George, M. Sudheep Elayidom, T. Santhanakrishnan
Copyright: © 2019 |Pages: 8
DOI: 10.4018/IJWP.2019070105
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Abstract

Research areas of interests reveal the area of expertise of an author or the field in which the author has in-depth knowledge. This is one of the core components of an author profiles of any academic search engine that can be efficiently utilized by other authors or researchers to identify all authors who have proficiency in a specified field. This article proposes a graph-based approach for automatic creation of author profile by finding the author's area of interests in research using subject classification of their published papers. Classification accuracy of the author's research areas of interest also tested manually for 415 authors by comparing classified areas of interests of each author with areas of interests given in Google scholar profile. Total mismatch occurs only for 37 others. Results showed that accuracy could be improved by adding more papers.
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The subject area of the published papers of an author have a strong role in determining his coauthor networks. An author usually collaborates with authors belong to his research area of interest (Zhang et al., 2018). Finding experts in a specific field is a key research area. Document features like author names can be used to identify subject experts, if the subject area of the paper is known which is detailed in (Zhu et al., 2009). Clique percolation method is used to find research areas of scientists in (Imran et al., 2018). First overlapping communities were identified by merging maximal cliques and then subject area of each community is determined using frequent words and bi-gram approach from the titles and journal names of authors. Identification of Subject experts using PubMed articles dataset is described in (Singh et al., 2013). The authors used terms of MeSH, medical subject headings contained in each published articles of the author to determine the subject expertise of an author. Finding subject experts at a specific time is explained in (Daud 2012), where authors used a time topic modeling approach. Article textual contents, author’s details and time information were used simultaneously to find dynamic research interests utilizing Latent Dirichlet Allocation (LDA). Authors follow an intelligent approach using knowledge organization systems in (Pei-van et al., 2019) to find academic subject experts by using a combination of Latent Dirichlet Allocation (LDA) and TF-IDF approach. Dynamic creation of author profile is explained in (Vivacqua et al., 2009). The authors used information given by the target authors and their observed behaviour to infer profiles.

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