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Audio compression using sinusoidal modeling with 1D and 2D wavelet residuum coding

机译:使用正弦曲线建模和一维和二维小波残差编码进行音频压缩

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This paper presents a new method for compression of audio and speech signals based on sinusoidal modeling with added wavelet based coding of the residual signal. Wavelets are introduced as effective tool for representation and compression of atonal and transient signals. The method is proposed for usage in audio and speech databases. There are compared two variants of presented method, one using 1D wavelet transform with 1D SPIHT codec, the other using 2D wavelet transform with 2D SPIHT codec and beat detection. The results are compared with performance of common methods. The results show that the presented method provides a promising tool for audio and speech databases.
机译:本文提出了一种基于正弦建模的音频和语音信号压缩新方法,并添加了基于小波的残差信号编码。引入小波作为表示和压缩非调和瞬态信号的有效工具。建议将该方法用于音频和语音数据库。比较了所提出方法的两种变体,一种使用带有1D SPIHT编解码器的1D小波变换,另一种使用带有2D SPIHT编解码器和差拍检测的2D小波变换。将结果与常用方法的性能进行比较。结果表明,该方法为音频和语音数据库提供了有希望的工具。

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