parallax

Parallax can effect the precision of telescope system when measuring and aiming.

视差现象的存在影响了望远系统测量瞄准的精度.

For solving the problem of ghost image recurred on3DTV, the light-path of lens is symmetrically divided by optical switch to obtain parallax image.

针对双镜立体照相技术重构立体图像画质模糊、图像受损、清晰度下降的问题，采用光开关对镜头光路左右对称分割，获得视差图像。

The principle of human's stereovision and the important function of binocular parallax in the development of stereovision are analyzed, which forms the psychological and physiological basis of three-dimensional imaging system.

系统地说明了人的立体视觉的机理及双眼视差在人的立体视觉的形成过程中的重要作用和闪烁感觉产生的原因，并以此作为显微立体成像系统的生理学和心理学依据；

This technique approximates the parallax seen when moving the eye relative to an uneven surface.

这项技术近似模拟了观察点相对于粗糙的表面移动时的视差.

As the core algorithm in solar eclipse calculation, parallax algorithm was highly emphasized by all ancient civilizations.

作为日食计算中的核心算法，视差算法历来被古代各民族的天文学家所重视。

Snail Bait is a 2D platformer, but it uses a mild parallax effect to make it appear as though the platforms are closer to you than the background.

Snail Bait是一个2D游戏平台，但它使用温和的视差效果，使平台看起来仿佛比背景更接近您。

Parallax mapping is a computationally inexpensive, approximate 2 D effect that.

视差贴图是一种计算开销不大的, 近似2D效果.

The non-naked eye stereo display technology theory is that, the different parallax images were observed by eyes, make eyes to see stereo images.

非裸眼立体显示原理是让双眼分别接收到两幅不同的视差图像，使人眼观看到立体图像。

Parallax Apparent displacement of an object because of the observer's change of view point.

视差指的是观察者在运动时所看到的远处物体方位的变化.

Parallax correction mark in the viewfinder can help avoid chopp head and feet at close distance.

取景器中的视差纠正线能帮助避免近距离摄影时削掉头和脚.

Using two-dimensional images with parallax information to synthetic three-dimensional image;

包含视差信息的二维数字图像形成三维视觉感觉的合成原理；

In this article, the model of human dual-eye and the Binocular Parallax theory are analyzed and a dual-camera model has been put forward.

本文着重分析了人眼双目成像的视觉模型和视差原理，建立了摄像机对模型。

Do not forget to keep the subject within the parallax correction mark.

别忘了让被摄主体保持在视差纠正线之内.

Coincidence type rangefinder with bright frame and automatic parallax correction.

巧合类型备有明亮的画面和自动视差校正.

Parallax correction mark in the viewfinder can help avoid chopping head and feet off at close distance.

取景器中的视差纠正线能帮助避免近距离摄影时削掉头和脚。

Calibration method of camera instrinsic parameters based on binocular parallax theory

利用双目视差理论的摄像机参数标定方法

In order to calculate and predict a solar eclipse accurately, the ancient astronomers need to design a relevant algorithm to eliminate the effect of lunar parallax.

为了提高日食预报和计算水平，古代的天文学家在推算日食时必须设计相应的视差算法以消除视差影响。

Study on adjustment and correction of HUD parallax

平视显示器的视差调校研究

Angular Expression for Parallax of Telescopic System

望远系统视差的角度表示

An autostereoscopic display based on parallax barrier is the main optical technology autostereoscopic display devices.

狭缝光栅自由立体显示器是一类目前有很好应用前景的重要立体显示器.

This technique approximates the parallax that can be observed on uneven surfaces.

这项技术近似模拟了粗糙表面的视差.

Thus parallax would be achieved for the simulated surface.

因此视差能在模拟的表面上表现出来.

Optical Analyzing of the Parallax Stereo LCD with Illumination on Narrow Seam

基于狭缝光照明的3D-LCD光学结构分析

The binocular vision algorithm realizes the surveying positioning for air targets by using binocular parallax theory.

双目视觉算法是通过双目视差原理，实现对空中目标的测量定位的。

It summarizes the basic knowledge, including the concept of digital images and feature points, stereo matching principle, parallax ranging principle, matching feature choice, matching constraints and geometric theory.

总结了有关特征点提取和匹配的基础知识，包括数字图像和特征点的概念、立体匹配原理、视差测距原理、匹配基元的选择、匹配约束条件以及对极几何的相关内容。

This paper introduces a new method for measuring parallax of the telescope system with CCD device.

介绍了一种用CCD摄像器件测量望远系统视差的新方法.

The basic principle of this method is to utilize the polarization direction of R B signal with G signal at right angle. Introducing parallax in different signal channels, the 3D stereoscopic display is realized.

该方法利用红色和蓝色信号光与绿色信号光在偏振方向上正交的特性，在信号通道之间引入视差，实现了三维立体显示。

The parallax barrier is the main technology to realize auto stereoscopic display.

视差栅栏方式的立体显示技术是现在主要的自动立体显示技术.

Through analyzing the binocular parallax, the specific requirements of the CCD camera, lens, ranging platform, and other equipments' parameters are proposed for satisfying the requirement of distant range target measurement and high-precision.

通过对双目视差原理的分析，对CCD摄像机、镜头、测距平台等设备参数提出了具体要求，以满足测量远距离目标要求及高精度指标。

Parallax mapping uses the concept of tangent space in the same manner.

视差贴图同样使用了这样的切线空间的概念.