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Fast FPGA implementation of YUV-based fractal image compression

机译:基于YUV的分形图像压缩的快速FPGA实现

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Fractal Image Compression (FIC) method provides a color image compression solution with an extremely high compression ratio and an relatively good PSNR. In this paper, we have developed an efficient approach for a fractal image compression applied to a color image, which utilizes a fractal coding on RGB to YUV color transformation at 4∶1∶1 sampling mode. The experimental results performed by Fisher's method for a color image have verified the possibility to increase the compression ratio of FIC for color image while retaining an acceptable PSNR. It's purposed to design the low-bit-rate video encoding system by fractal coder/decoder of a color image.
机译:分形图像压缩(FIC)方法提供了一种具有极高压缩率和相对较好的PSNR的彩色图像压缩解决方案。在本文中,我们开发了一种用于彩色图像的分形图像压缩的有效方法,该方法利用了从RGB到4:1:1采样模式下的YUV颜色转换的分形编码。通过费舍尔方法对彩色图像进行的实验结果证明,可以在保留可接受的PSNR的同时提高彩色图像FIC的压缩率。目的是通过彩色图像的分形编码器/解码器来设计低比特率视频编码系统。

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