The extensive knowledge about the human visual system can be brought to bear in practical design.
对人的视觉系统的广泛知识可以用在实际的设计中。
In this paper, a new nonlinear image enhancement method suitable to the response of the human visual system is proposed.
本文将传统的线性方法同韦伯定律有机结合起来，提出了一种新的适应于人眼视觉特性的非线性图象锐化增强方法。
An image quality evaluation model that considers characteristics of the human visual system should improve its performance.
在图像质量评价中加入人眼视觉系统特性能够提高其评价性能。
Inspired by the depth estimating method of the human visual system, the paper posed a new method to estimate the 3-d depth.
受人类视觉系统深度估算方法的启发，本论文第二部分提出了一种新的深度估算的方法。
Tone mapping effectively produces the same effect as the automatic exposure control which happens in the human visual system.
色调映射有效地产生出与发生在人类视觉系统上的自动暴光控制同样的效果。
For the cooking robot, these networks act like the human visual system, using overlapping layers of neural connections to study images.
用于烹饪机器人，这些网络像人的视觉系统，使用神经连接重叠层学习图像。
We think that it is difficult to modeling exactly characteristics of the human visual system from the structure comparison function in SSIM.
我们通过对SSIM三个评价因子分解实验，认为SSIM中最重要的结构比较因子难以完整准确的建模人眼的视觉特性。
The human visual system can represent an objects spatial structure by means of either the first-person or the third-person imagery perspective.
人类视觉系统通常以第一人称角色和第三人称角色形式建构客体的空间表征，也运用这两种角色方式进行空间表征的动力转换。
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.
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。
The conventional quadric rate-distortion model was improved and a new one was introduced by incorporating the human visual system (HVS) characteristics.
算法对传统二次率失真模型进行了改进，并结合人眼的立体视觉特性，提出了新的码率控制策略。
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.
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。
In this thesis, first, color Spaces and color models are introduced, the Human Visual System (HVS) is explicated and lateral inhibition mechanism is emphasized.
本文首先介绍了各种彩色空间，细致地分析了人眼视觉系统，并着重剖析了其中的侧抑制现象。
The duo then attempted to mimic how the human visual system might be processing these images by adding a set of filters to their model designed to detect these features.
两位科学家随后通过在他们用于探测这些特征的模型上放置一组滤镜，来尝试模仿人类的视觉系统会如何处理这些图像。
But the human visual system can finish many missions which the machines can not finish, and the answers the human visual system poses are usually vague and not precise.
但是对人类视觉系统进行考察，发现其在感知经验的帮助下完成了许多现今机器人“不可能完成”的任务。
Particularly speaking, we take interpretation on how its message communication effects people in the psychological dimension and how the human visual system reflect and feel these messages.
具体来讲，就是解读购物袋的信息传递在视觉心理学层面是如何作用于人的，人的视觉又是如何反映和感受这些信息的。
By analyzing the characteristics of the brightness and contrast characteristic of the human visual system, an adaptive visible watermarking algorithm based on DCT was proposed in this paper.
分析人类视觉系统的亮度和对比度特性，提出了一种DCT域自适应可见水印算法。
The multiresolution image representation based on the wavelet analysis is introduced. By this way, the image resolution can be decreased in keeping with the human visual system characteristic.
本文基于小波分析提出由高分辨率图像可得到各种较低分辨率图像的多分辨方法符合人的视觉系统特性。
The human visual system can represent an object's spatial structure by using multiple frames of reference. It can also utilize multiple reference frames to mentally transform such representations.
人类视觉系统不仅运用多重参照体系来建构客体的空间位置表征，也运用这些参照体系进行空间表征的动力转换。
Studies of the human mirror system have also revealed that it can be activated by the sounds of actions alone, in the absence of any visual cues.
对人类镜像系统的研究还揭示，该系统在没有任何视觉线索的情况下也可以仅通过声音被激活。
Dr Dehaene thinks that our visual system became sensitised to them early on, and that letters were later selected because they exploited the sensitivities of the human brain to such shapes.
Dehaene博士认为我们的目视系统在早期对他们很敏感，该字母随即被人们选择，因为他们利用了人脑对此种形状的敏感性。
Wavelet provides a compact multi-resolution representation and reconstruction of image, which makes it possible to exploit the property of Human Visual System for image coding.
小波变换提供了一种图像的多分辨率分解重建的表示形式，这种小波分解能够有效的利用人类视觉系统的特性压缩图像。
This subject mainly carries on the research of robotic vision system by imitating human visual function.
本课题主要从仿人的头部视觉功能开展机器人视觉系统的研究。
Based on the features of human visual system (HVS) a new watermarking algorithm that combines spatial and DCT domain is proposed for digital images in this paper.
本文基于人类视觉系统(HVS)的特性，提出了一种结合空间域和DCT变换域的数字水印新算法。
Some new experiments with the aid of computer are designed to study the relationship between color channel and figure channel in human visual system.
利用计算机设计新的实验，研究了人类视觉系统的颜色、形状通道和识别颜色的时间。
With the consideration of human visual system and hardware implementation, some improvements are made to current deranging algorithm in this paper.
本文根据人类视觉系统特性及硬件实现的考虑，对已有的去振铃滤波算法进行了改进。
Since human being is the final receiver of the image, the key point of the image assessment is that it should match the characteristics of HVS(human visual system).
由于图像的最终接受者是人，所以评价图像质量的关键在于其是否符合人类视觉系统特性。
At last, it is presented that image quality assessment method combined modulation transfer function (MTF) with human visual system (HVS) may be a new breakthrough to solve the image quality problem.
文章最后指出基于调制传递函数(MTF)测定并结合人眼视觉系统(HVS)模型的影像质量评价方法有望成为解决影像质量评价难题的突破点。
Wavelet transform has good air-frequency characteristics, but also a good match human visual system, but also with the new JPEG2000 standard compatible.
小波变换具有良好的空频特性，而且能够很好地匹配人类视觉系统，同时也与新的JPEG2000标准相兼容。
To efficiently remove the limit cycles in dark region of an error-diffused halftone image, an inverse halftoning algorithm based on human visual system is proposed.
针对误差分散半调图在黑灰区域的“有界循环”现象，提出了一种基于人眼视觉系统的逆半调算法。
To efficiently remove the limit cycles in dark region of an error-diffused halftone image, an inverse halftoning algorithm based on human visual system is proposed.
针对误差分散半调图在黑灰区域的“有界循环”现象，提出了一种基于人眼视觉系统的逆半调算法。
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