paper-with-me

홈 › Papers

Descartes: Generating Short Descriptions of Wikipedia Articles

2022-05-20 · Marija Sakota, Maxime Peyrard, Robert West

Wikipedia is one of the richest knowledge sources on the Web today. In order to facilitate navigating, searching, and maintaining its content, Wikipedia's guidelines state that all articles should be annotated with a so-called short description indicating the article's topic (e.g., the short description of beer is "Alcoholic drink made from fermented cereal grains"). Nonetheless, a large fraction of articles (ranging from 10.2% in Dutch to 99.7% in Kazakh) have no short description yet, with detrimental effects for millions of Wikipedia users. Motivated by this problem, we introduce the novel task of automatically generating short descriptions for Wikipedia articles and propose Descartes, a multilingual model for tackling it. Descartes integrates three sources of information to generate an article description in a target language: the text of the article in all its language versions, the already-existing descriptions (if any) of the article in other languages, and semantic type information obtained from a knowledge graph. We evaluate a Descartes model trained for handling 25 languages simultaneously, showing that it beats baselines (including a strong translation-based baseline) and performs on par with monolingual models tailored for specific languages. A human evaluation on three languages further shows that the quality of Descartes's descriptions is largely indistinguishable from that of human-written descriptions; e.g., 91.3% of our English descriptions (vs. 92.1% of human-written descriptions) pass the bar for inclusion in Wikipedia, suggesting that Descartes is ready for production, with the potential to support human editors in filling a major gap in today's Wikipedia across languages.

📄 PDF Abstract BibTeX arXiv:2205.10012

Code (1)

epfl-dlab/descartes 공식 구현 jax

Tasks

Articles

Similar Papers 제목 키워드 기반

Integrating Machine-Generated Short Descriptions into the Wikipedia Android App: A Pilot Deployment of Descartes

2026-01-12 · Marija Šakota, Dmitry Brant, Cooltey Feng, Shay Nowick 외 arxiv

Short descriptions are a key part of the Wikipedia user experience, but their coverage remains uneven across languages and topics. In previous work, we introduced Descartes, a multilingual model for generating short desc…

Matching Cultural Heritage items to Wikipedia

2012-05-01 · LREC 2012 5 · Eneko Agirre, Ander Barrena, Oier Lopez de Lacalle, Aitor Soroa 외

Digitised Cultural Heritage (CH) items usually have short descriptions and lack rich contextual information. Wikipedia articles, on the contrary, include in-depth descriptions and links to related articles, which motivat…

ArticlesEntity Linking

WikiDes: A Wikipedia-Based Dataset for Generating Short Descriptions from Paragraphs

2022-09-27 · Hoang Thang Ta, Abu Bakar Siddiqur Rahman, Navonil Majumder, Amir Hussain 외

As free online encyclopedias with massive volumes of content, Wikipedia and Wikidata are key to many Natural Language Processing (NLP) tasks, such as information retrieval, knowledge base building, machine translation, t…

ArticlesContrastive LearningExtreme SummarizationRetrieval+4

WebBrain: Learning to Generate Factually Correct Articles for Queries by Grounding on Large Web Corpus

2023-04-10 · Hongjing Qian, Yutao Zhu, Zhicheng Dou, Haoqi Gu 외

In this paper, we introduce a new NLP task -- generating short factual articles with references for queries by mining supporting evidence from the Web. In this task, called WebBrain, the ultimate goal is to generate a fl…

ArticlesRetrievalText Generation

Effects of Document Clustering in Modeling Wikipedia-style Term Descriptions

2012-05-01 · LREC 2012 5 · Atsushi Fujii, Yuya Fujii, Takenobu Tokunaga

Reflecting the rapid growth of science, technology, and culture, it has become common practice to consult tools on the World Wide Web for various terms. Existing search engines provide an enormous volume of information, …

ArticlesClusteringCultural Vocal Bursts Intensity Prediction