MatchSum

Year: 2,020
Journal: Association for Computational Linguistics
Languages: English
Programming languages: Python
Input data:

text

Output data:

text

This paper creates a paradigm shift with regard to the way we build neural extractive summarization systems. Instead of following the commonly used framework of extracting sentences individually and modeling the relationship between sentences, we formulate the extractive summarization task as a semantic text matching problem, in which a source document and candidate summaries will be (extracted from the original text) matched in a semantic space.

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