Literature explorer : effective retrieval of scientific documents through nonparametric thematic topic detection

Wu, Shaopeng and Zhao, Youbing and Parvinzamir, Farzad and Th. Ersotelos, Nikolaos and Wei, Hui and Dong, Feng (2019) Literature explorer : effective retrieval of scientific documents through nonparametric thematic topic detection. The Visual Computer. ISSN 1432-2315 (https://doi.org/10.1007/s00371-019-01721-7)

[thumbnail of Wu-etal-TVC-2019-effective-retrieval-of-scientific-documents-through-nonparametric-thematic-topic-detection]
Preview
 Text. Filename: Wu_etal_TVC_2019_effective_retrieval_of_scientific_documents_through_nonparametric_thematic_topic_detection.pdf
Final Published Version
License: Creative Commons Attribution 4.0 logo
Download (2MB)| Preview

Abstract

Scientific researchers are facing a rapidly growing volume of literatures nowadays. While these publications offer rich and valuable information, the scale of the datasets makes it difficult for the researchers to manage and search for desired information efficiently. Literature Explorer is a new interactive visual analytics suite that facilitates the access to desired scientific literatures through mining and interactive visualisation. We propose a novel topic mining method that is able to uncover “thematic topics” from a scientific corpus. These thematic topics have an explicit semantic association to the research themes that are commonly used by human researchers in scientific fields, and hence are human interpretable. They also contribute to effective document retrieval. The visual analytics suite consists of a set of visual components that are closely coupled with the underlying thematic topic detection to support interactive document retrieval. The visual components are adequately integrated under the design rationale and goals. Evaluation results are given in both objective measurements and subjective terms through expert assessments. Comparisons are also made against the outcomes from the traditional topic modelling methods.

CORE (COnnecting REpositories)