基于mel -频率倒谱系数(MFCC)的古兰经背诵特征提取

Mouaz Bezoui, A. Elmoutaouakkil, A. B. Hssane
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引用次数: 31

摘要

本报告描述了使用KALDI工具包训练和测试阿拉伯语语音识别系统所做的工作。每个人的声音都不一样。因此,大多数诵经者诵读的《古兰经》的声音可能会因人而异。虽然这些古兰经的句子是特别取自同一节经文,但古兰经中句子的背诵或传递方式可能不同。它可以为不同的背诵者产生对比音。由于使用变音符号,这些相同的字母组合可能发音不同。本文探讨了用mel -频率倒谱系数(MFCC)技术提取古兰经诵读特征的可行性。特征提取是为分类过程准备数据的重要环节。MFCC是语音识别中最常用的特征提取技术之一,它基于人耳尺度的梅尔尺度的频域。mfccc包括预处理、分帧、开窗、DFT、Mel滤波器组、对数和离散余弦变换DCT。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Feature extraction of some Quranic recitation using Mel-Frequency Cepstral Coeficients (MFCC)
This report describes the work done for training and testing Arabic speech recognition system using the KALDI toolkit. Each person's voice is different. Thus, the Holy Quran sound, which had been recited by most of reciters will probably tend to differ a lot from one person to another. Although those Quranic sentences were particularly taken from the same verse, but the way of the sentence in The Holy Quran been recited or delivered may be different. It may produce the contrast sounds for the different reciters. Those same combinations of letters maybe pronounced differently due to the use of diacritics. This paper explores the viability of Mel-Frequency Cepstral Coefficient (MFCC) technique to extract features from Quranic verse recitation. Features extraction is important to prepare data for classification process. MFCC is one of the most popular feature extraction techniques used in speech recognition, whereby it is based on the frequency domain of Mel scale for human ear scale. MFCCs consist of preprocessing, framing, windowing, DFT, Mel Filterbank, Logarithm and Discrete Cosine Transform DCT.
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