EFFICIENT IMAGE CODING OF PYRAMIDAL STRUCTURES FOR THE HUMAN VISUAL SYSTEM

本研究项目研究多分辨率金字塔 图像的分解，由小波类型的内核生成， 与人类视觉系统处理兼容， 提供有效的图像编码。生成核及其 基分析其截断，熵减少， 与最佳视觉效果相关的率失真理论特性 对于给定比特率的结果。静态和动态（视频）图像 被治疗。

This research project investigates multi-resolution pyramid decompositions for images, generated by wavelet-type kernels, which are compatible with human visual system processing and which provide efficient image coding. The generating kernels and their bases are analyzed for their truncation, entropy reduction, and rate-distortion theoretic properties relevant to the best visual result for a given bit rate. Both still and moving (video) images are treated.