普通人类的视觉感受色彩的灵敏程度，甚至连精密的技术装备都很难超越。
The color sensitivity of normal human vision is rarely surpassed even by sophisticated technical devices.
例如采用仿生学技术建造的潜艇，就还是用我们熟知的人类的视觉和听觉方式来重现周围的影像。
Submarines, for example, use the familiar human senses of sight and sound to build images of their surroundings.
这种方法对空间图像噪声不敏感，并且与标准技术相比，它能够更好的与人类视觉系统的反应相一致。
This method is insensitive to spatial image noise and is in better correspondence with the response of the human visual system than is the standard technique.
所以实际应用迫切需要一种代替人类视觉的机器技术出现。
Therefore, a kind of machine technology if needed urgently by the practical application to replaces the human vision.
而这种地域性受人类的感觉或视觉范围所限制，尽管现代技术一定程度上能帮助我们。
The regional differences are limited by human being's perception and visual scope even though the modern technologies can help us to some extent.
本文提出了一种利用人类视觉掩盖效应的数字水印技术。
A digital watermarking method utilizing human visual masking was proposed in this paper.
提出了一种结合人类视觉系统的数字图像盲水印技术，它利用小波变化和人类视觉系统的共通点，进行水印的嵌入。
An algorithm of digitalimage blind watermarking technique combined with human visual system(HVS) is introduced, this algorithm uses common aspect between HVS and wavelet to embed watermarking.
本课程将讨论机器视觉的技术，以及当使用人造系统模拟人类视觉系统时所面对的挑战。
This course in the techniques of machine vision and the challenges that are faced when an artificial system is used to mimic the human visual system.
区域间直方图均衡不同于传统的直方图修正技术，该思想是充分地考虑到人类的视觉特性和边缘在图像视觉中的作用而提出的。
The region histogram equalization is different from traditional histogram modification technology, the idea is based on human vision character and edge effect in image vision.
视觉是人类感知外界最重要的途径，因此视频技术成为了多媒体技术中很重要的一个分支。
Vision is the most important way for people to get information outsides, that's why video technology has become a very important branch in multimedia.
视觉是人类感知外界最重要的途径，因此视频技术成为了多媒体技术中很重要的一个分支。
Vision is the most important way for people to get information outsides, that's why video technology has become a very important branch in multimedia.
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