设置下面的摄像机参数，以达到更精准的匹配。
我们得慢慢旋转摄像机以将我们的3d平面匹配到参考图中，另外还要将它拉长些。
By rotating the camera slowly try to match our 3d plane with the one in the reference. Also scale the plane and make it longer.
这个过程可能很乏味，因为你要先建立平面，还不得不去旋转摄像机，并调节焦距以得到好的匹配效果。
This can be a tedious process because the first time you create the plane, you have to rotate the camera and change the focal length at the same time to get a good match.
获得匹配点后，根据摄像机透射投影模型恢复图像深度信息。
After that, the depth information can be easily recovered according to the camera transmission projection model.
你需要旋转，移动，倾斜你的摄像机，以便让你的模型更好的匹配背景图像。
You will need to rotate, pan, and tilt your camera around your model to get a good match between your background map and your model.
本文设计交通标识牌自动识别系统由以下几个模块组成：图像分割、摄像机标定、特征曲线的提取、三维复原和图像匹配。
The traffic sign automatic recognition system is composed of the following modules: image segment, camera calibration, characteristic curve extraction, three-dimension recovery and image matching.
本文提出了一种基于几何仿射不变量和亮度不变量的缺失摄像机标定参数图像的立体匹配方法。
In this paper, a stereo matching method for image uncalibrated camera parameter is proposed, which is based on geometric affine invariant and photometric invariant.
整个装置包括光束衰减器、单脉冲选取及脉冲同步、光束直径匹配、CCD摄像机、图像卡、计算机及监示器以及系统软件。
The system includeS beam attenuator, single pulse selection and pulse synchronizing, beam matching, CCD Camera, frame grabber hard, monitor, computer and system software.
该算法对摄像机的运动没有约束，且平面模板易于制作，与通常的模板标定算法相比，该算法更灵活—无须匹配图像点。
This algorithm is not stringent to the camera's motion and is more flexible, for it doesn't need matching points between images.
然后在设计的代码序列中进行代码子序列匹配，得到场景表面、摄像机像面及投影平面三者之间的对应点。
The corresponding points between surface of scene, projection plane and camera image plane are worked out by matching subsequence in the designed sequence.
本文对双目视觉目标定位所涉及的摄像机标定、特征提取及立体匹配等关键技术进行研究。
In this thesis, the key technologies such as camera calibration, feature extraction and stereo matching involved in binocular vision were studied.
针对摄像机不稳定引起的图像序列抖动提出一种基于块匹配的全局运动估计与补偿算法，介绍了它在电子图像稳定（EIS）系统中的应用。
In response to image quivering caused by video cameras, an algorithm of overall motion estimation and compensation is proposed based on block matching. Its application is introduced in EIS system.
本文首先研究了三维地图构建的前期算法，包括摄像机标定、立体视觉的匹配和高度数据获取等几个步骤。
The prophase algorithms of 3D map building were presented at first involved camera calibration, image rectification and stereo matching, depth data gaining and so on.
兴趣点检测是许多计算机视觉应用的基础，如：摄像机定标、三维重建、图像匹配、视频检索、运动估计等。
The detection of interest points is the basis of kinds of computer vision applications, such as: camera calibration, 3d reconstruction, image matching, video retrieval, motion estimation, etc.
在此基础上，依据直方图模型将互相遮挡的人体分割开来，最后根据求取的人体像素点的匹配关系来确定不同摄像机中同一个人的对应关系。
Occluded people would be divided into each other by the Gaussian-smoothing histograms. The matching relation of each person in different cameras could be found and thus the human tracking is realized.
设置一个摄像机来匹配一张照片的三维空间，如果你不知道如何正确的处理它，这对任何人来说都将是一项艰巨的任务。
Setting up a camera to match a photograph in 3d space can be a daunting task for anyone if you don't know how to go about it correctly.
采用图像匹配技术可以将机载摄像机实时获取的地面图像与预存的数字地图进行匹配，从而能够更为精确的确定目标位置，具有较高定位可靠性。
Realtime video image from vidicon on uav may be matched to digital map stored by image registration technique, which can more precisely orientate object and has higher reliability.
双目立体视觉技术的实现可分为图像获取、摄像机标定、特征提取、立体匹配和三维重建几个步骤。
The binocular stereo vision system is composed of following technologies:capture of images, camera calibration, image pre-processing and feature detection and 3D calculation.
本文系统研究了立体视觉三维测量中摄像机定标、特征点的提取与匹配、图像处理和三维计算等关键技术。
The key problems such as cameral calibration, characteristics obtaining and matching, image processing and 3D information calculation etc.
本文系统研究了立体视觉三维测量中摄像机定标、特征点的提取与匹配、图像处理和三维计算等关键技术。
The key problems such as cameral calibration, characteristics obtaining and matching, image processing and 3D information calculation etc.
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