Using Minimum Distance to Classify Uttered Arabic Words into Subject - Object Name

Salam Hamdan, A. Awajan, Akram Al-Kouz
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Abstract

Due to the improvement in technology, smart devices and smart applications are included in most of human life aspects, and in order to make the interconnection between human and these applications and devices simpler, making these devices and applications understand the spoken language is essential. Speech recognition is the field that is meant to analyze and understand the spoken language. In this paper a new model is proposed to classify the Arabic words into two classes: subject name class or object name class. The Mel Frequency Cepstral Coefficient transformation is used to extract the features from the uttered words, and finally a MAHALANOBIS DISTANCE is used to classify the words using MATLAB tool. The data set that is used contained of 100 Arabic words 50 are subject names and 50 are object names. The results show that the accuracy of detecting subject and object name is 96%. (Abstract)
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用最小距离将阿拉伯语发音词分类为主宾名
由于技术的进步,智能设备和智能应用被包含在人类生活的大部分方面,为了使人类与这些应用和设备之间的互连更简单,使这些设备和应用能够理解口语是必不可少的。语音识别是一个旨在分析和理解口语的领域。本文提出了一种新的模型,将阿拉伯语词分为主语名类和宾语名类。利用Mel频率倒谱系数变换对发音词进行特征提取,最后利用MATLAB工具利用MAHALANOBIS DISTANCE对单词进行分类。所使用的数据集包含100个阿拉伯单词,其中50个是主题名称,50个是对象名称。结果表明,该方法检测主客体名称的准确率达96%。(抽象)
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