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  This repository contains the PLOS and eLife datasets, introduced in the EMNLP 2022 paper "[Making Science Simple: Corpora for the Lay Summarisation of Scientific Literature
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  ](https://arxiv.org/abs/2210.09932)" .
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- Each dataset contains full biomedical research articles paired with expert-written lay summaries (i.e., non-technical summaries). PLOS articles are derived from various journals published by [the Public Library of Science (PLOS)](https://plos.org/), whereas eLife articles are derived from the [eLife](https://elifesciences.org/) journal. More details/anlaysis on the content of each dataset are provided in the paper.
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  Both "elife" and "plos" have 6 features:
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- - "article": the body of the document (including the abstract), sections seperated by "/n".
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- - "section_headings": the title of each section, seperated by "/n".
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- - "keywords": keywords describing the topic of the article, seperated by "/n".
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- - "title" : the title of the article.
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- - "year" : the year the article was published.
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  - "summary": the lay summary of the document.
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- **Note:** The format of both datasets differs from that used in the original repository (given above) in order to make them compatible with the `run_summarization.py" script of Transformers. Specifically, sentence tokenization is removed via " ".join(text), and the abstract and article sections, previously lists of sentences, are combined into a single `string` feature ("article") with each section separated by "\n". For the sentence-tokenized version of the dataset, please use the original git repository.
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  ### Supported Tasks and Leaderboards
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  This repository contains the PLOS and eLife datasets, introduced in the EMNLP 2022 paper "[Making Science Simple: Corpora for the Lay Summarisation of Scientific Literature
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  ](https://arxiv.org/abs/2210.09932)" .
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+ Each dataset contains full biomedical research articles paired with expert-written lay summaries (i.e., non-technical summaries). PLOS articles are derived from various journals published by [the Public Library of Science (PLOS)](https://plos.org/), whereas eLife articles are derived from the [eLife](https://elifesciences.org/) journal. More details/analyses on the content of each dataset are provided in the paper.
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  Both "elife" and "plos" have 6 features:
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+ - "article": the body of the document (including the abstract), sections separated by "/n".
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+ - "section_headings": the title of each section, separated by "/n".
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+ - "keywords": keywords describing the topic of the article, separated by "/n".
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+ - "title": the title of the article.
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+ - "year": the year the article was published.
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  - "summary": the lay summary of the document.
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+ **Note:** The format of both datasets differs from that used in the original repository (given above) in order to make them compatible with the `run_summarization.py` script of Transformers. Specifically, sentence tokenization is removed via " ".join(text), and the abstract and article sections, previously lists of sentences, are combined into a single `string` feature ("article") with each section separated by "\n". For the sentence-tokenized version of the dataset, please use the original git repository.
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  ### Supported Tasks and Leaderboards
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