Arabic Textual Entailment with Word Embeddings
Determining the textual entailment between texts is important in many NLP tasks, such as summarization, question answering, and information extraction and retrieval. Various methods have been suggested based on external knowledge sources; however, such resources are not always available in all languages and their acquisition is typically laborious and very costly. Distributional word representations such as word embeddings learned over large corpora have been shown to capture syntactic and semantic word relationships. Such models have contributed to improving the performance of several NLP tasks. In this paper, we address the problem of textual entailment in Arabic. We employ both traditional features and distributional representations. Crucially, we do not depend on any external resources in the process. Our suggested approach yields state of the art performance on a standard data set, ArbTE, achieving an accuracy of 76.2 {\%} compared to state of the art of 69.3 {\%}.
Code (0)
등록된 구현이 없습니다.
Tasks
Machine TranslationNatural Language InferenceQuestion AnsweringRetrievalWord EmbeddingsSimilar Papers 제목 키워드 기반
A Study of the Effect of Resolving Negation and Sentiment Analysis in Recognizing Text Entailment for Arabic
Recognizing the entailment relation showed that its influence to extract the semantic inferences in wide-ranging natural language processing domains (text summarization, question answering, etc.) and enhanced the results…
Natural Language InferenceNegationNegation DetectionQuestion Answering+3AWE: Asymmetric Word Embedding for Textual Entailment
Textual entailment is a fundamental task in natural language processing. It refers to the directional relation between text fragments such that the "premise" can infer "hypothesis". In recent years deep learning methods …
Natural Language InferenceParaphrase IdentificationRelationSentence+2Robust Cross-lingual Hypernymy Detection using Dependency Context
Cross-lingual Hypernymy Detection involves determining if a word in one language ("fruit") is a hypernym of a word in another language ("pomme" i.e. apple in French). The ability to detect hypernymy cross-lingually can a…
Natural Language InferenceWord EmbeddingsA Dataset for Arabic Textual Entailment
Arabic aspect sentiment polarity classification using BERT
Aspect-based sentiment analysis(ABSA) is a textual analysis methodology that defines the polarity of opinions on certain aspects related to specific targets. The majority of research on ABSA is in English, with a small a…
Aspect-Based Sentiment AnalysisAspect-Based Sentiment Analysis (ABSA)ClassificationSentence+3