边缘修正矢量量化图像压缩

P. Yu, A. Venetsanopoulos
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引用次数: 2

摘要

介绍了一种新的自适应信源编码技术——边缘修正矢量量化(EMVQ)。利用EMVQ对图像进行粗编码和边缘修正两个阶段的编码。采用大块分割、分层VQ和有限状态预测等方法进一步降低了光滑区域的冗余度。通过对编码量化误差的补偿,可以很好地保留尖锐边缘。在获得较高压缩比的同时,重构图像仍具有满意的感知质量。演示了EMVQ编码的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Edge modified vector quantization for image compression
A new adaptive source coding technique called edge modified vector quantization (EMVQ) is introduced. By using EMVQ, an image is encoded in two stages: coarse image coding and edge modification. The redundancies in the smooth area are further reduced by applying large block segmentation, hierarchical VQ and finite state prediction. Sharp edges are well preserved by compensation of their encoding quantization error. A high compression ratio was achieved and the reconstructed images still had satisfactory perceptual quality. The EMVQ coding results are demonstrated.<>
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