本文提出了一种考虑人眼视觉系统特性的多聚焦图像融合算法。
In this paper, a multi focus image fusion algorithm is proposed which takes features of human vision system (HVS) into account.
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。
An image quality evaluation model that considers characteristics of the human visual system should improve its performance.
同时基于人眼视觉系统，对嵌入系数进行筛选以保证水印的透明性。
The wavelet coefficients are selected by Human Visual System (HVS) to ensure the transparence of watermarking.
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。
In this thesis, first, color Spaces and color models are introduced, the Human Visual System (HVS) is explicated and lateral inhibition mechanism is emphasized.
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.
提出了以峰值信噪比为基础，结合结构相似度和基于人眼视觉系统的数字电影图像质量客观评价方法。
The objective digital film image quality assessment based on peak signal to noise ratio, together with structural similarity and human vision system is proposed.
同时通过比较发现：基于人眼视觉系统的间接嵌入法，在纸质作品的版权保护领域会有更广阔的应用前景；
The comparisons show that the HVS-based indirect-embedding schemes have a promising application in the copyright control of paper products.
基于人眼视觉系统选择平坦块，选择出DCT域中的均匀部分，直接将其直流部分编码输出，不需分形匹配。
Then by selecting out the uniform parts in the DCT domain, the direct current encodes directly without any fractal matching.
文中提出了一种用于帧间编码的新的运动预测方法(MEHSSIM)，它建立在基于人眼视觉系统的结构相似性的基础之上。
In this paper, a new motion estimation method based on an improved structure similarity is proposed, that is, HVS-based structure similarity (MEHSSIM) for inter-frame encoding.
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。
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.
总结了国内外在人眼视觉系统方面的研究现状及本课题组对于仿生技术在导弹制导、控制系统中的应用研究的主要内容、已取得的成果以及研究成果的应用前景。
Actuality research station in-out country and production of our team in guidance of missile and control system are discussed. At last, application foreground of this investigation is explained.
本论文以仿人眼颈系统为研究对象，建立了仿人眼颈视觉系统的体系结构和实现平台，研究相关基础理论、技术与应用。
This thesis concentrates on the human's eye and neck vision simulation system. It constructs the framework of the simulation system, studies on the basic theory, technology and application.
对MOTOMAN - SV3XL机器人采用眼固定和眼在手的无标定视觉系统，实现对二维平面固定目标的定位。
The fixed camera and eye in hand structure of uncalibrated visual system is used in MOTOMAN-SV3XL. 3.
建立了仿人眼颈视觉系统的数学模型，包括仿人眼颈系统的运动学数学模型和摄像机数学模型。
The math models, which include kinematics math model of the human's eye and neck system and math model of the camera, are established.
建立了仿人眼颈视觉系统的数学模型，包括仿人眼颈系统的运动学数学模型和摄像机数学模型。
The math models, which include kinematics math model of the human's eye and neck system and math model of the camera, are established.
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