The parallax principle can be extended to measure the distances to the stars.
视差原理可以扩展到测量地球到恒星的距离。
Knowing the width of Earth's orbit, the parallax shift lets astronomers calculate the distance.
知道了地球轨道的宽度，视差偏移可以让天文学家计算距离。
Halley realised that Mercury was so far away that its parallax angle would be very difficult to determine.
哈雷意识到水星离地球如此之远，以至于很难确定它的视差角。
Johann Franz Encke, Director of the Berlin Observatory, finally determined a value for the AU based on all these parallax measurements: 153,340,000 km.
柏林天文台主任约翰·弗朗茨·恩克最终根据所有这些视差测量结果确定了天文单位的一个值为153,340,000公里。
As Venus was closer to the Earth, its parallax angle would be larger, and Halley worked out that by using Venus it would be possible to measure the Suns distance to 1 part in 500.
由于金星离地球更近，所以它的视差角会更大。哈雷计算出，利用金星可以测量出太阳与地球之间的距离，误差为五百分之一。
Otherwise, parallax errors will occur.
否则，视差错误会发生。
The concept of parallax measurements of the stars is simple.
视差测量恒星的概念很简单。
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。
The time-parallax is a method of close-range photogrammetry.
时间视差法是近景摄影测量中的一种方法。
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。
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 MIT team solves this by dispensing with the usual (and restrictive) vertical-strip parallax barrier.
麻省理工小组放弃了普通的(并且是约束严格的)垂直条视差屏障，解决了这个问题。
Due to the existence of parallax, the human beings are created with an ability to achieve 3-d vision.
人眼能获得立体视觉的根本原因是存在视差。
By using these relationships, the structural parameters of the stereo parallax method can be optimized.
利用这些关系可优化立体视差法的结构参数。
In this paper, the parallax barrier method is used as a reference to describing 3-d liquid crystal displays.
在这篇文章中，视差格栅法作为参考来描述三维液晶显示器。
The large spindly automatons employ advanced sensors and parallax signal tracing dishes to track down targets.
这种细长的大型自动化机械拥有先进的传感器和视差信号追踪天线，以便跟踪目标。
Since any parallax effect depends on point of view, a vector from a point on the surface to the eye is required.
因为任何视差效果都依赖于视点，所以就需要一个从表面到视点的向量。
The result showed that the automatic parallax measurement device has the highest detection accuracy and good reproducibility.
结果表明自动视差测量装置的检测精度最高，并具有良好的可重复性。
The problem of how to extract parallax images from computer 3d models used in stereoscopic display is discussed in this paper.
本文从人类立体视觉的原理出发，重点讨论在计算机中如何从3d模型获取用于裸眼立体显示视差图像的问题。
The experimental results show that the proposed method can effectively synthesize different views with misregistration or parallax.
多幅不同条件视图的合成实验表明，该算法在大角度旋转及视差等情况下仍能较好地合成视图。
This simplification keeps textures looking good at shallow angles, but it also reduces the parallax effect, which isn't as bad as it sounds.
这样的简化可以让贴图在低视角的时候看起来比较好，但是这也会也减少视差效果，不过这并不像它听起来这么糟。
When placed in front of an LCD, the screen creates a sense of depth using the parallax effect (each eye views an object from a slightly different Angle).
如果在液晶显示器前面安置这种屏幕，由于视差效果(每只眼睛从稍微不同的角度看物体)的缘故，就会产生一种立体层次感。
In three-dimensional displays, large vertical parallax in parallax images is disadvantageous to stereo vision due to the presence of visual fatigue.
立体显示时，视差图像中过大的竖直视差将对人眼立体视觉造成干扰，容易使观看者产生视觉疲劳。
The most precise way to measure an object's distance is to use "parallax" - differences in perspective created by viewing an object from different angles.
最准确地测量一个目标的距离的方法是运用“视差”，视差是指从不同角度观察一个目标而产生的视角的差异。
The technology adopts the so-called "parallax barrier" to make two eyes respectively receive different images to achieve the three-dimensional effect.
这种技术利用所谓的“视差栅栏”，使两只眼睛分别接受不同的图像，来形成立体效果。
Software and hardware implementation of ranging was sum up including triangulation & parallax measuring, pulse current ranging and pseudo random noise ranging.
总结了测距功能的软硬件实现技术，包括传统的三角测量和视差测距技术、电脉冲测距技术、伪码扩频脉冲串测距技术。
The experiments show that the multiple view stereoscopic radiography display can enhance the motion parallax, and make the spatial structure more comprehensible.
实验表明，流畅的多视角立体显示能增强运动视差，更好地理解物体的空间结构。
The experiments show that the multiple view stereoscopic radiography display can enhance the motion parallax, and make the spatial structure more comprehensible.
实验表明，流畅的多视角立体显示能增强运动视差，更好地理解物体的空间结构。
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