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Understanding Metrics for Paraphrasing

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abstract

Paraphrase generation is a difficult problem. This is not only because of the limitations in text generation capabilities but also due that to the lack of a proper definition of what qualifies as a paraphrase and corresponding metrics to measure how good it is. Metrics for evaluation of paraphrasing quality is an on going research problem. Most of the existing metrics in use having been borrowed from other tasks do not capture the complete essence of a good paraphrase, and often fail at borderline-cases. In this work, we propose a novel metric $ROUGE_P$ to measure the quality of paraphrases along the dimensions of adequacy, novelty and fluency. We also provide empirical evidence to show that the current natural language generation metrics are insufficient to measure these desired properties of a good paraphrase. We look at paraphrase model fine-tuning and generation from the lens of metrics to gain a deeper understanding of what it takes to generate and evaluate a good paraphrase.

fields

cs.CL 1

years

2024 1

verdicts

CONDITIONAL 1

representative citing papers

AMPS: ASR with Multimodal Paraphrase Supervision

cs.CL · 2024-11-27 · conditional · novelty 6.0

Adding a threshold-gated paraphrase objective to a multimodal ASR model reduces WER by up to about 5 percent relative on conversational speech in Hindi, Marathi, Malayalam, Kannada, and Nyanja.

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  • AMPS: ASR with Multimodal Paraphrase Supervision cs.CL · 2024-11-27 · conditional · none · ref 2023 · internal anchor

    Adding a threshold-gated paraphrase objective to a multimodal ASR model reduces WER by up to about 5 percent relative on conversational speech in Hindi, Marathi, Malayalam, Kannada, and Nyanja.