Abstract

As Topic Modeling has been applied in increasingly various domains, the difficulty in naming and characterizing topics also has been recognized more. This study, therefore, explores an approach of combining text mining with network analysis in a multi-step approach. The concept of synchronization was applied to re-assign the top author keywords in more than one topic category, in order to improve the visibility of the topic-author keyword network, and to increase the topical cohesion in each topic. The suggested approach was applied using 16,548 articles with 2,881 unique author keywords in construction and building engineering indexed by KSCI. As a result, it was revealed that the combined approach could improve both the visibility of the topic-author keyword map and topical cohesion in most of the detected topic categories. There should be more cases of applying the approach in various domains for generalization and advancement of the approach. Also, more sophisticated evaluation methods should also be necessary to develop the suggested approach.

Highlights

  • The approach of Topic Modeling (“TM”) has been applied in various domains, such as tech forecasting, text mining, and informetrics

  • Synchronization can be understood as a dynamic of networks focusing on the change of the property of a node affected by the property of the group of its connected nodes

  • Research Design This study suggested the combined approach of text mining and network analysis

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Summary

Introduction

The approach of Topic Modeling (“TM”) has been applied in various domains, such as tech forecasting, text mining, and informetrics All JISTaP content is Open Access, meaning it is accessible online to everyone, without fee and authors’ permission. Under this license, authors reserve the copyright for their content; they permit anyone to unrestrictedly use, distribute, and reproduce the content in any medium as far as the original authors and source are cited. Development of an advanced method, at the same time, has been an ongoing process in order to enhance the performance of TM and various tools, and its applications have been developed and distributed

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