A Semantic Analyzer for the Comprehension of the Spontaneous Arabic Speech
Mourad Mars, Mounir Zrigui, Mohamed Belgacem, Anis Zouaghi

TL;DR
This paper presents a semantic analyzer designed to improve understanding of spontaneous Arabic speech by enhancing probabilistic models with contextual data integration, leading to better semantic decoding performance.
Contribution
It introduces a novel approach to incorporate various contextual data types into the semantic decoder for spontaneous Arabic speech recognition.
Findings
Improved semantic decoding accuracy with contextual data
Effective integration of different contextual data types
Satisfactory enhancement of probabilistic models
Abstract
This work is part of a large research project entitled "Or\'eodule" aimed at developing tools for automatic speech recognition, translation, and synthesis for Arabic language. Our attention has mainly been focused on an attempt to improve the probabilistic model on which our semantic decoder is based. To achieve this goal, we have decided to test the influence of the pertinent context use, and of the contextual data integration of different types, on the effectiveness of the semantic decoder. The findings are quite satisfactory.
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Taxonomy
TopicsNatural Language Processing Techniques · Syntax, Semantics, Linguistic Variation · Speech and dialogue systems
