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Implementation Of Back-Propagation Neural Network For Isolated Bangla Speech Recognition

机译:孤立Bangla的反向传播神经网络的实现   语音识别

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摘要

This paper is concerned with the development of Back-propagation NeuralNetwork for Bangla Speech Recognition. In this paper, ten bangla digits wererecorded from ten speakers and have been recognized. The features of thesespeech digits were extracted by the method of Mel Frequency CepstralCoefficient (MFCC) analysis. The mfcc features of five speakers were used totrain the network with Back propagation algorithm. The mfcc features of tenbangla digit speeches, from 0 to 9, of another five speakers were used to testthe system. All the methods and algorithms used in this research wereimplemented using the features of Turbo C and C++ languages. From ourinvestigation it is seen that the developed system can successfully encode andanalyze the mfcc features of the speech signal to recognition. The developedsystem achieved recognition rate about 96.332% for known speakers (i.e.,speaker dependent) and 92% for unknown speakers (i.e., speaker independent).
机译:本文涉及用于孟加拉语音识别的反向传播神经网络的发展。本文从十位说话者那里录制了十个孟加拉数字,并得到了认可。这些语音数字的特征是通过梅尔频率倒谱系数(MFCC)分析的方法提取的。使用五个扬声器的mfcc功能通过反向传播算法训练网络。 Tenbangla数字语音的mfcc功能(从0到9,另五位发言人)用于测试系统。本研究中使用的所有方法和算法都是通过Turbo C和C ++语言的功能实现的。从我们的调查中可以看出,开发的系统可以成功地编码和分析语音信号的mfcc特征以进行识别。该开发的系统对于已知说话者(即,取决于说话者)达到了约96.332%的识别率,而对于未知说话者(即,与说话者无关)的识别率约为92%。

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