MUltilingual Sentence Extractor (MUSE) is aimed at multilingual single-document summarization. MUSE implements a supervised language-independent summa-rization approach based on optimization of multiple sentence ranking methods using a Genetic Algorithm. The main advantage of MUSE is its language-independency – it is using statistical sentence features, which can be calculated for sentences in any language. In our previous work, the performance of MUSE was found to be significantly bet-ter than the best known state-of-the-art extractive summarization approaches and tools in three different languages: English, Hebrew, and Arabic. Moreover, our ex-perimental results in the cross-lingual do-main suggest that MUSE does not need to be retrained ...
We present a new approach for summarizing clusters of documents on the same event, some of which are...
International audienceWe present MLSUM, the first large-scale MultiLingual SUMmarization dataset. Ob...
International audienceThis paper presents an extension of a denoising auto-encoder to learn language...
Abstract—MUltilingual Sentence Extractor (MUSE) is aimed at multilingual single-document summarizati...
Text summarization is the process of distilling the most important in-formation from source/sources ...
The trend toward the growing multilinguality of the Internet requires text summarization techniques ...
The recent advances in multimedia and web-based applications have eased the accessibility to large c...
Multidocument summarization addresses the selection of a compact subset of highly informative senten...
We are presenting a method for the evaluation of multilingual multi-document summarisation that allo...
We are presenting a method for the evaluation of multilingual multi-document summarisation that allo...
This paper describes a method for language independent extractive summarization that relies on itera...
The popularization of social networks and digital documents has quickly increased the multilingual i...
Text summarization is an important aspect of text or-ganization, which improves accessibility to inf...
In this paper we show the results of our participation in the MultiLing 2013 summarisation tasks. We...
The research described here focuses on multi-lingual summarization (MLS). Summaries of documents are...
We present a new approach for summarizing clusters of documents on the same event, some of which are...
International audienceWe present MLSUM, the first large-scale MultiLingual SUMmarization dataset. Ob...
International audienceThis paper presents an extension of a denoising auto-encoder to learn language...
Abstract—MUltilingual Sentence Extractor (MUSE) is aimed at multilingual single-document summarizati...
Text summarization is the process of distilling the most important in-formation from source/sources ...
The trend toward the growing multilinguality of the Internet requires text summarization techniques ...
The recent advances in multimedia and web-based applications have eased the accessibility to large c...
Multidocument summarization addresses the selection of a compact subset of highly informative senten...
We are presenting a method for the evaluation of multilingual multi-document summarisation that allo...
We are presenting a method for the evaluation of multilingual multi-document summarisation that allo...
This paper describes a method for language independent extractive summarization that relies on itera...
The popularization of social networks and digital documents has quickly increased the multilingual i...
Text summarization is an important aspect of text or-ganization, which improves accessibility to inf...
In this paper we show the results of our participation in the MultiLing 2013 summarisation tasks. We...
The research described here focuses on multi-lingual summarization (MLS). Summaries of documents are...
We present a new approach for summarizing clusters of documents on the same event, some of which are...
International audienceWe present MLSUM, the first large-scale MultiLingual SUMmarization dataset. Ob...
International audienceThis paper presents an extension of a denoising auto-encoder to learn language...