Multi-scale Hybridized Topic Modeling: A Pipeline for Analyzing Unstructured Text Datasets via Topic Modeling

Keyi Cheng, Stefan Inzer, Adrian Leung, Xiaoxian Shen, Michael Perlmutter, Michael Lindstrom, Joyce A. Chew, Todd Presner, D. Needell
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Abstract

We propose a multi-scale hybridized topic modeling method to find hidden topics from transcribed interviews more accurately and efficiently than traditional topic modeling methods. Our multi-scale hybridized topic modeling method (MSHTM) approaches data at different scales and performs topic modeling in a hierarchical way utilizing first a classical method, Nonnegative Matrix Factorization, and then a transformer-based method, BERTopic. It harnesses the strengths of both NMF and BERTopic. Our method can help researchers and the public better extract and interpret the interview information. Additionally, it provides insights for new indexing systems based on the topic level. We then deploy our method on real-world interview transcripts and find promising results.
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多尺度杂交主题建模:一种基于主题建模的非结构化文本数据分析管道
本文提出了一种多尺度混合话题建模方法,可以比传统的话题建模方法更准确、更有效地从采访笔录中发现隐藏话题。我们的多尺度杂交主题建模方法(MSHTM)首先利用经典的非负矩阵分解方法(non - negative Matrix Factorization)和基于变压器的BERTopic方法(BERTopic)来处理不同尺度的数据,并以层次方式进行主题建模。它利用了NMF和BERTopic的优势。我们的方法可以帮助研究者和公众更好地提取和解读访谈信息。此外,它还提供了基于主题级别的新索引系统的见解。然后,我们将我们的方法应用于现实世界的面试记录,并找到了有希望的结果。
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