Abstract

Textual entailment recognition is one of the recent challenges of the Natural Language Processing (NLP) domain. Deep learning strategies are used in the work of text entailment instead of traditional Machine learning or raw coding to achieve new enhanced results. Textual entailment is also used in the substantial applications of NLP such as summarization, machine translation, sentiment analysis, and information verification. Text entailment is more precise than traditional Natural Language Processing techniques in extracting emotions from text because the sentiment of any text can be clarified by textual entailment. For this purpose, when combining a textual entailment with deep learning, they can hugely showed an improvement in performance accuracy and aid in new applications such as depression detection. This paper lists and describes applications of natural language processing regarding textual entailment. Various applications and approaches are discussed. Moreover, datasets, algorithms, resources, and performance evaluation for each model is included. Also, it compares textual entailment application models according to the method used, the result for each model, and the pros and cons of each model.

Highlights

  • Textual entailment[1] is the process of importing a text from another one

  • 1) Recognizing new models or methods for Partial Textual Entailment: this step will do the job of collecting similar tweets to reduce the burden of sentiment Analyzer which has led to the rapid implementation of updates

  • Textual entailment is a remarkable field of natural language processing that is used in a variety of applications

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Summary

INTRODUCTION

Textual entailment[1] is the process of importing a text from another one. Textual Entailment (TE) is a typical example of a semantic inference, in which the purpose is to determine where a textual hypothesis (H) can be correctly included in a given text (T). Partial Textual entailment (PTE) is a possible solution to this problem that defines the interdependent relationships between T and H pairs. PTE relationships can play an important role in a variety of programs to use Natural Language Processing (NLP) such as text summaries and a question answering system by minimizing unwanted information [8]. Recognition of textual Entailment (RTE) [8] is an important function in Natural Language Processing (NLP) research. The paper concludes in Section (IV) with an overview of future work that it was aimed to be done

NATURAL LANGUAGE PROCESSING APPLICATIONS USING ENTAILMENT
Text Summarization
Question Answering
Information Verification
Sentiment Analysis
Designing a Method to Improve the PTE Recognition Process
Creating a Way to Improve Emotional Analysis using Partial Text Entailment
Machine Learning
Deep Learning
Method Used
Findings
CONCLUSION AND FUTURE WORK

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