Artificial Intelligence Research · 2013 · 13 citations · 18 references
EngineeringEntity SummarizationNarrative SummarizationCorpus LinguisticsText MiningAutomatic SummarizationNatural Language ProcessingLanguage DocumentationInformation RetrievalData ScienceText SummarizationComputational LinguisticsSingle-document Extractive SummarizationInverse Sentence FrequencyLanguage StudiesContent AnalysisMachine TranslationSemantic FeaturesTerminology ExtractionInformation ExtractionMulti-modal SummarizationKeyword ExtractionInverse SentenceLinguistics
This paper reports on the further results of the ongoing research analyzing the impact of a range of commonly used statistical and semantic features in the context of extractive text summarization. The features experimented with include word frequency, inverse sentence and term frequencies, stopwords filtering, word senses, resolved anaphora and textual entailment. The obtained results demonstrate the relative importance of each feature and the limitations of the tools available. It has been shown that the inverse sentence frequency combined with the term frequency yields almost the same results as the latter combined with stopwords filtering that in its turn proved to be a highly competitive baseline. To improve the suboptimal results of anaphora resolution, the system was extended with the second anaphora resolution module. The present paper also describes the first attempts of the internal document data representation.
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WordNet: An Electronic Lexical Database
Adam Kilgarriff, Christiane Fellbaum · Language · 2000 · 11.7K citations
Natural Language Processing, Semantic Similarity, Wordnet Lexical Database +15
The Automatic Creation of Literature Abstracts
H. P. Luhn · IBM Journal of Research and Development · 1958 · 3.2K citations
New Methods in Automatic Extracting
H. P. Edmundson · Journal of the ACM · 1969 · 1.5K citations