A Comparative Analysis on Speech Enhancement and Coding Techniques

HC Vinay, P. Lavanya, Abhishek A Hippargi, Avani Purohith, DT Lohith
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Abstract

The speech data is usually a degraded speech data, which is a combination of clean speech and various noises like vocal, animal noise, instrumental noise and speech from other speakers. The noisy speech data collected and studied in detail for various kinds of noises. The spectral subtraction one of the best algorithms proposed for the enhancement of single channel speech. The speech enhancement is based on two aspects i.e., Noise estimation and Speech estimation, where noise estimation is critical part which has major impact on the quality of enhanced speech. Speech enhancement is used for many applications such as mobile phones, communication, speech recognition etc. The aim of this paper is to provide a comparison study of the different forms of speech enhancement techniques and algorithms by using filters like Kalman filter and Weiner filter on the output of SS- VAD which gives improved enhanced speech signals. Coding techniques like Code Excited Linear Predictive (CELP) Coding and Algebraic Code Excited Linear Predictive (ACELP) Coding algorithm, is also discussed the performance of these are compared with LPC algorithm for speech enhancement.
语音增强与编码技术的比较分析
语音数据通常是退化的语音数据,它是干净的语音和各种噪声的组合,如人声、动物噪声、乐器噪声和其他说话者的语音。对采集到的各种噪声语音数据进行了详细的研究。频谱减法是目前提出的增强单通道语音的最佳算法之一。语音增强包括噪声估计和语音估计两个方面,其中噪声估计是影响增强语音质量的关键环节。语音增强应用于手机、通信、语音识别等领域。本文的目的是对不同形式的语音增强技术和算法进行比较研究,通过在SS- VAD的输出上使用卡尔曼滤波器和维纳滤波器,从而得到改进的增强语音信号。讨论了码激励线性预测(CELP)编码和代数码激励线性预测(ACELP)编码算法等编码技术,并将其与LPC算法进行了性能比较。
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