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Neural Network for the Best Wavelet Selection on Colour Image Compression

机译:用于彩色图像压缩的最佳小波选择的神经网络

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Selection of the best wavelet from various wavelet families for image compression is challenging problem. There are many wavelets that can be used to transform an image in a wavelet-based codec. However, it is necessary to use only 'one' wavelet to compress an image. The most appropriate wavelet will give a good compressed image; otherwise the wrong selection will produce a low quality image. This paper applies artificial neural network (ANN) as a method to solve this problem instead of manual selection as in a conventional wavelet-based codec. The results show that the neural network based on image characteristics can be used as a solution to solve the problem. The input variables to the ANN are two image features, namely image gradient (IAM) and spatial frequency (SF) from three colour components (red, green and blue) and the output the ANN is the wavelet type.
机译:从各种小波族的选择为图像压缩的最佳小波是有挑战性的问题。有许多小波可用于在基于小波的编解码器中转换图像。但是,有必要仅使用“一个”小波来压缩图像。最合适的小波将提供良好的压缩图像;否则错误的选择将产生低质量的图像。本文将人工神经网络(ANN)应用于解决此问题的方法而不是在传统的基于小波的编解码器中的手动选择。结果表明,基于图像特征的神经网络可以用作解决问题的解决方案。 ANN的输入变量是两个图像特征,即图像梯度(IAM)和空间频率(SF),来自三种颜色组件(红色,绿色和蓝色),输出ANN是小波类型。

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