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QGEval: Benchmarking Multi-dimensional Evaluation for Question Generation

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arxiv 2406.05707 v2 pith:L776KHPT submitted 2024-06-09 cs.CL cs.AI

classification cs.CLcs.AI
keywords evaluationmetricsautomaticconsistencydimensionsgeneratedgenerationhuman
verification ladder T0 review T1 audit T2 compute T3 formal
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Automatically generated questions often suffer from problems such as unclear expression or factual inaccuracies, requiring a reliable and comprehensive evaluation of their quality. Human evaluation is widely used in the field of question generation (QG) and serves as the gold standard for automatic metrics. However, there is a lack of unified human evaluation criteria, which hampers consistent and reliable evaluations of both QG models and automatic metrics. To address this, we propose QGEval, a multi-dimensional Evaluation benchmark for Question Generation, which evaluates both generated questions and existing automatic metrics across 7 dimensions: fluency, clarity, conciseness, relevance, consistency, answerability, and answer consistency. We demonstrate the appropriateness of these dimensions by examining their correlations and distinctions. Through consistent evaluations of QG models and automatic metrics with QGEval, we find that 1) most QG models perform unsatisfactorily in terms of answerability and answer consistency, and 2) existing metrics fail to align well with human judgments when evaluating generated questions across the 7 dimensions. We expect this work to foster the development of both QG technologies and their evaluation.

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  1. KRETA: A Benchmark for Korean Reading and Reasoning in Text-Rich VQA Attuned to Diverse Visual Contexts

    cs.CV 2025-08 conditional novelty 6.0 of 10

    KRETA, a 2,577-item Korean text-rich VQA benchmark, shows vision-language models recognize Korean text well but lag in multi-step reasoning, especially in open-source models.

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