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- human vision aystcm 人类视觉系统
- It could be the basic work in emulation human vision for Robot. 本工作可作为机器人仿人视觉与视觉信息处理的研究基础。
- As it were,where there is human vision,there is almost needs machine vision. 可以说 ,需要人类视觉的场合几乎都需要机器视觉。
- Even sophisticated technical devices rarely surpass the color sensitivity of normal human vision. 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。
- It is not yet known whether robots will one day have vision as good as human vision. 现在还不知道有一天机器人是否具有人类一样的好视力。
- Colour is decorated indoors in very important, it is human vision in most canorous language symbol. 色彩在室内装饰中十分重要，它是人类视觉中最响亮的语言符号。
- The proposed scheme considers the features of the human vision system (HVS) very richly. 该算法充分考虑了人类视觉系统(Human Vision System，HVS)的掩蔽特性。
- Human vision like that of other pr mates has evolved in an arboreal environment. 人类的视觉，和灵长目动物的一样，是在丛林环境中进化出来的。
- The ATD color human vision model is proposed to be the interpretation of human’s cone mechanisms. 此ATD人眼视觉模型被提出主要是用来解释人眼的视网膜锥状细胞的运作。
- One new multifocus image fusion algorithm is proposed based on human vision system. 提出了一种基于视觉特性的快速、高精度的多聚焦图像融合新算法。
- Idiopathic optic neuritis(ION) is a common disorder of the neuro-ophthalmology,which harms human vision seriously. 特发性视神经炎是一种神经眼科的常见疾病,严重威胁视力。
- The color sensitivity of normal human vision is rarely surpassed even by sophisticated technical devices. 普通人类的视觉感受色彩的灵敏，甚至连精密的技术装备都很难超越。
- Based on characters of human vision, deblurring and contrast enhancement methods are presented for true color images. 研究了受到烟雾恶化的近景彩色图像的处理原理和方法，探索真彩色图像基于人眼视觉特征的消模糊和对比度增强方法。
- It made full use of the invisibility of the Human Vision System (HVS) in the algorithm. 仿真实验表明该算法具有良好的稳健性和不可见性。
- Human vision like that of other primates has evolved in an arboreal environment. 人类的视觉，和其它灵长目动物的一样，是在丛林环境中进化出来的。
- In this thesis, we use the ATD color human vision model instead of the traditional RGB color model for polychromatic pattern recognition. 在本论文中，为了达成彩色影像辨识，我们利用ATD向量视觉模型取代了传统的RGB色彩模型。
- From experiences, it is obvious that this method is consistent with human vision semanteme, and do well in trademark images retrieval. 试验表明，这种方法符合人的视觉语义，能很好地应用于商标图像检索中。
- A new theory of gradually flattening gray spectrum was presented to overcome the contrast resolution limitation of human vision. 本文提出了一种新的理论-灰度谱分级平坦化来克服人类视觉对比度分辨率限制。
- Experiment results showed that hypercomplex SVD method is much better than traditional methods and it is more consistent with human vision judgment. 实验结果证明该法评估结果优于传统彩色图像质量评估法的评估结果，与人眼视觉评估结果更相符。
- Its legendary balance was achieved through a number of devices employed to counteract certain peculiarities of human vision. 它运用了多种设计来抵消人类特殊的视觉偏差，从而达到令人惊叹的均衡。
