T5Score: A Methodology for Automatically Assessing the Quality of LLM Generated Multi-Document Topic Sets

Using LLMs for Multi-Document Topic Extraction has recently gained popularity due to their apparent high-quality outputs, expressiveness, and ease of use.However, most existing evaluation practices are not designed for LLM-generated topics and result in low interannotator agreement scores, hindering the reliable use of LLMs for the task.To address this, we introduce T 5 Score, an evaluation methodology that decomposes the quality of a topic set into quantifiable aspects, measurable through easy-to-perform annotation tasks.This framing enables a convenient, manual or automatic, evaluation procedure resulting in a strong interannotator agreement score.To substantiate our methodology and claims, we perform extensive experimentation on multiple datasets and report the results. 1

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Published
2025-01-01
DOI
https://doi.org/10.18653/v1/2025.findings-acl.1351
Primary Topic
Semantic Web and Ontologies
Type
article
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article

T5Score: A Methodology for Automatically Assessing the Quality of LLM Generated Multi-Document Topic Sets

Omri Abend, Itamar Trainin
Semantic Web and Ontologies
article

T5Score: A Methodology for Automatically Assessing the Quality of LLM Generated Multi-Document Topic Sets

Omri Abend, Itamar Trainin
article en

Abstract

Using LLMs for Multi-Document Topic Extraction has recently gained popularity due to their apparent high-quality outputs, expressiveness, and ease of use.However, most existing evaluation practices are not designed for LLM-generated topics and result in low interannotator agreement scores, hindering the reliable use of LLMs for the task.To address this, we introduce T 5 Score, an evaluation methodology that decomposes the quality of a topic set into quantifiable aspects, measurable through easy-to-perform annotation tasks.This framing enables a convenient, manual or automatic, evaluation procedure resulting in a strong interannotator agreement score.To substantiate our methodology and claims, we perform extensive experimentation on multiple datasets and report the results. 1

Hebrew University of Jerusalem (IL)
Openalex Percentile: Top 90%
Semantic Web and Ontologies
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