IIITH-ILSC Speech Database for Indain Language Identification

R. Vuddagiri, K. Gurugubelli, P. Jain, Hari Krishna Vydana, A. Vuppala
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引用次数: 17

Abstract

This work focuses on the development of speech data comprising 23 Indian languages for developing language identification (LID) systems. Large data is a pre-requisite for developing state-of-the-art LID systems. With this motivation, the task of developing multilingual speech corpus for Indian languages has been initiated. This paper describes the composition of the data and the performances of various LID systems developed using this data. In this paper, Mel frequency cepstral feature representation is used for language identification. In this work, various state-of-the-art LID systems are developed using i-vectors, deep neural network (DNN) and deep neural network with attention (DNN-WA) models. The performance of the LID system is observed in terms of the equal error rate for i-vector, DNN and DNN-WA is 17.77%, 17.95%, and 15.18% respec-tively. Deep neural network with attention model shows a better performance over i-vector and DNN models.
iith - ilsc印度语言识别语音数据库
这项工作的重点是开发23种印度语言的语音数据,用于开发语言识别(LID)系统。大数据是开发最先进的LID系统的先决条件。基于这一动机,印度语言多语言语料库的开发工作已经启动。本文介绍了这些数据的组成以及利用这些数据开发的各种LID系统的性能。本文将Mel频率倒谱特征表示用于语言识别。在这项工作中,使用i向量、深度神经网络(DNN)和深度神经网络与注意力(DNN- wa)模型开发了各种最先进的LID系统。从i-vector、DNN和DNN- wa的等错误率分别为17.77%、17.95%和15.18%来看,LID系统的性能。与i-vector和DNN模型相比,具有注意力模型的深度神经网络表现出更好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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