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Autori principali: Licht, Martin, Ketabi, Sara, Khalvati, Farzad
Natura: Preprint
Pubblicazione: 2025
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Accesso online:https://arxiv.org/abs/2510.13542
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author Licht, Martin
Ketabi, Sara
Khalvati, Farzad
author_facet Licht, Martin
Ketabi, Sara
Khalvati, Farzad
contents Topic modeling is a useful tool for analyzing large corpora of written documents, particularly academic papers. Despite a wide variety of proposed topic modeling techniques, these techniques do not perform well when applied to medical texts. This can be due to the low number of documents available for some topics in the healthcare domain. In this paper, we propose ProtoTopic, a prototypical network-based topic model used for topic generation for a set of medical paper abstracts. Prototypical networks are efficient, explainable models that make predictions by computing distances between input datapoints and a set of prototype representations, making them particularly effective in low-data or few-shot learning scenarios. With ProtoTopic, we demonstrate improved topic coherence and diversity compared to two topic modeling baselines used in the literature, demonstrating the ability of our model to generate medically relevant topics even with limited data.
format Preprint
id arxiv_https___arxiv_org_abs_2510_13542
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle ProtoTopic: Prototypical Network for Few-Shot Medical Topic Modeling
Licht, Martin
Ketabi, Sara
Khalvati, Farzad
Machine Learning
Topic modeling is a useful tool for analyzing large corpora of written documents, particularly academic papers. Despite a wide variety of proposed topic modeling techniques, these techniques do not perform well when applied to medical texts. This can be due to the low number of documents available for some topics in the healthcare domain. In this paper, we propose ProtoTopic, a prototypical network-based topic model used for topic generation for a set of medical paper abstracts. Prototypical networks are efficient, explainable models that make predictions by computing distances between input datapoints and a set of prototype representations, making them particularly effective in low-data or few-shot learning scenarios. With ProtoTopic, we demonstrate improved topic coherence and diversity compared to two topic modeling baselines used in the literature, demonstrating the ability of our model to generate medically relevant topics even with limited data.
title ProtoTopic: Prototypical Network for Few-Shot Medical Topic Modeling
topic Machine Learning
url https://arxiv.org/abs/2510.13542