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@@ -53,12 +53,12 @@ Additionally, while model interpretation is fundamental aspect of topic modellin
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Turftopic unifies state-of-the-art contextual topic models under a superset of the `scikit-learn`[@scikit-learn] API, which users are likely already familiar with, and can be readily included in `scikit-learn` workflows and pipelines.
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We focused on making Turftopic first and foremost an easy-to-use library that does not necessitate expert knowledge or excessive amounts of code to get started with, but gives great flexibility to power users.
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Furthermore, we included an extensive suite of pretty-printing and visualization utilities that aid users in interpreting their results.
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The library also includes three topic models, which to our knowledge only have implementations in Turftopic, these are: KeyNMF [@keynmf], S^3^ [@s3], and GMM, a Gaussian Mixture model of document representations with a soft-c-tf-idf term weighting scheme.
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The library also includes three topic models, which to our knowledge only have implementations in Turftopic, these are: KeyNMF [@keynmf], Semantic Signal Separation (S^3^)[@s3], and GMM, a Gaussian Mixture model of document representations with a soft-c-tf-idf term weighting scheme.
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# Functionality
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Turftopic includes a wide array of contextual topic models from the literature, these include:
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FASTopic [@fastopic], Clustering models, such as BERTopic [@bertopic_paper] and Top2Vec [@top2vec], auto-encoding topic models, like CombinedTM [@ctm] and ZeroShotTM [@zeroshot_tm], KeyNMF [@keynmf], Semantic Signal Separation[@s3] and GMM.
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FASTopic [@fastopic], Clustering models, such as BERTopic [@bertopic_paper] and Top2Vec [@top2vec], auto-encoding topic models, like CombinedTM [@ctm] and ZeroShotTM [@zeroshot_tm], KeyNMF [@keynmf], S^3^[@s3] and GMM.
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At the time of writing, these models are representative of the state of the art in contextual topic modelling and intend to expand on them in the future.
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