ASCLSDMay 9, 2023

QVoice: Arabic Speech Pronunciation Learning Application

arXiv:2305.07445v11 citations
Originality Synthesis-oriented
AI Analysis

This addresses the challenge of Arabic pronunciation learning for non-native speakers and native speakers affected by dialects, but it is incremental as it applies existing mispronunciation detection methods to a new application domain.

The paper tackles the problem of improving Arabic pronunciation for non-native speakers and native speakers influenced by regional dialects by introducing QVoice, an application that provides character-level feedback and word-level assessment, resulting in a tool that offers detailed pronunciation correction and contextual examples.

This paper introduces a novel Arabic pronunciation learning application QVoice, powered with end-to-end mispronunciation detection and feedback generator module. The application is designed to support non-native Arabic speakers in enhancing their pronunciation skills, while also helping native speakers mitigate any potential influence from regional dialects on their Modern Standard Arabic (MSA) pronunciation. QVoice employs various learning cues to aid learners in comprehending meaning, drawing connections with their existing knowledge of English language, and offers detailed feedback for pronunciation correction, along with contextual examples showcasing word usage. The learning cues featured in QVoice encompass a wide range of meaningful information, such as visualizations of phrases/words and their translations, as well as phonetic transcriptions and transliterations. QVoice provides pronunciation feedback at the character level and assesses performance at the word level.

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