微型计算机与摄影测量相结合，出现了一种新的测图工具——视频测图系统。
A new mapping tool-video-plotting system has appeared by combining microcomputer with photogrammetry.
方法：数字化计算机控制体层摄影测量技术被用来确定呼吸消化道起始端鼻腔和口腔之间的解剖长度差异。
Methods: Digital computerized tomography measurement techniques were used to determine the difference in length between the nasal and oral aerodigestive tracts.
该方法简单易行，可应用于摄影测量、计算机视觉等领域。
Because of its easiness and simplicity this method can be used in some domains such as photogrammetry computer vision etc.
结论通过CT测量可以方便、精确地计算岩矢角的大小，对于头颅复杂部位的特殊摄影，提高耳部及岩骨等病变的影像诊断具有较高的价值。
Conclusion The PSA can be accurately calculated by CT measurement, it has very important value in the imaging diagnosis of ear and petrous bone diseases for the head radiography.
该方法简单易行，可应用于摄影测量、计算机视觉等领域。
Because of its easiness and simplicity, this method can be used in some domains such as photogrammetry, computer vision, etc.
与计算机技术结合的近景摄影测量技术，有着广阔的前景及应用空间。
To integrate close shot photography measurement technology of the computer science, this will possess widely foreground and application space.
计算机视觉摄影测量模型是通过计算机视觉进行事故现场测量系统设计的基础。
The photogrammetric model of computer vision is the fundamental for traffic accident sence measurement system.
整个校正过程有两个难点：1如何充分利用各个POS／DG参数准确计算像元地面实际坐标，这涉及到航空摄影测量学的知识；
There are tow problems in the procession of geometric correction: 1 how to compute out each pixel's coordinates by POS/DG parameters precisely; This is in the field of airborne photogrammetry.
近年来，3维目标建模一直是计算机视觉及摄影测量领域的研究热门，其中拍摄目标的相机(或摄像机)定标是问题的关键之一。
In recent years, many researches is about building 3d object model in the fields of computer vision and photogrammetry, and camera calibration becomes the key problem.
此研究涉猎学科范围较广，如图像处理、计算机视觉、摄影测量学等。
It is a hot research point, which related to image processing, computer vision, photogrammetry and so on.
本文主要以计算机视觉原理以及数字图像处理理论和数字摄影测量学理论为基础，对影像的三维重建中的相关方法以及目标多视点、多尺度建模进行了研究。
Some methods about three-dimensional reconstruction of image modeling of targets are studied in this paper based on theories of computer vision, digital image processing and digital photogrammetry.
在利用摄影测量原理与计算机视觉技术对零件尺寸及位置等方面的检测、量测过程中，精度是我们最关心的问题。
The precision is the key that we care about most in utilizing the photogrammetry principle and computer vision technology to measure or inspect the size and position of the part.
三维地形虚拟现实技术是当前计算机图形学、地理信息系统和数字摄影测量技术研究的热点问题。
The study on 3 D Terrain VR is a hot topic in Computer Graphic, Geographic Information System and Digital Photogrammetry.
提出了一种新的结合摄影测量和计算机视觉相关理论的摄像机自标定方法。
This paper proposed a new camera self-calibration method based on image sequences, which combined the theory of photogrammetry and computer vision.
GPS控制测量、数字摄影测量、遥感地质、计算机辅助设计是目前国内外公路规划和勘察设计中所采用的新技术。
GPS control survey, digital photogrammetry, remote sensing geology and CAD are the new technologies used for highway planning, survey and design, both at home and abroad.
图像拼接在摄影测量学、计算机视觉、遥感图像处理、医学图像分析、计算机图形学等领域有着广泛的应用价值。
Image Mosaic has widely applications in the fields of photogrammetry, computer vision, remote sensing image processing, medical image analysis, computer graphic and so on.
三维地形建模及可视化是GIS、计算机图形学、虚拟现实、数字摄影测量等领域的研究热点。
3d terrain modeling and visualization are hot research topics in GIS, computer graphics, virtual reality, digital photogrammetry and other associated fields.
最佳观测方位问题是计算机主动视觉研究的重要内容，广泛应用于计算机目标识别、摄影测量、三维场景重建等领域。
Next best view problem has become one of main influence factors in the vision research fields such as target recognition, stereo matching, visual tracking and scene reconstruction, etc.
在立体摄影测量中，为测定物体的形状、大小和空间位置，不需知道摄影的内、外方位元素，由像片上的信息即可直接进行测量和计算。
In stereophotogrammetry, without knowing the exterior and interior orientation parameters, we can obtain the necessary information the shape, size and position of an object...
在立体摄影测量中，为测定物体的形状、大小和空间位置，不需知道摄影的内、外方位元素，由像片上的信息即可直接进行测量和计算。
In stereophotogrammetry, without knowing the exterior and interior orientation parameters, we can obtain the necessary information the shape, size and position of an object...
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