分析了经纬仪透视投影模型以及双经纬仪三维坐标测量模型。
The perspective projection model of the theodolite is analyzed and the mathematical model of the three-dimensional coordinates measuring system with bino-theodolites(TCMSBT) is analyzed.
提出了分析三维坐标测量数据的计量学方法及相应的表达公式。
A methodology and supporting formulations for analysis of 3d coordinate metrology data are presented.
基于激光网格标记的视觉测量技术是一种高精度的三维坐标测量技术。
The computer vision measuring technology based on the rectangular grid laser mark is a three-dimensional coordinate measuring technology with high accuracy.
文章介绍了基于图像传感器的孔系三维坐标测量系统的原理和数学模型。
The principle and mathematics model of the hole position precision measurement system based on image sensors are described.
四路激光跟踪三维坐标测量系统的测量精度在很大程度上取决于四路干涉仪的布局。
The measuring accuracy of four-beam laser tracking system for 3d coordinate measurement in large degree depends on the arrangement of the interferometers.
为实现对空间目标三维坐标的测量，研究出一种基于多边法的激光三维坐标测量系统。
A four-beam laser tracking 3D coordinate measuring system based on multi-lateration has been developed for measuring coordinates of the spatial object.
在激光跟踪干涉三维坐标测量系统中，系统的标定精度直接影响着系统最终测量精度。
In the laser tracking 3d coordinate measuring system, the self-calibration should be made before measurement that would take effect mostly on the result.
基于合作靶标的激光扫描车身坐标测量传感器，是运用四光束激光扫描测量原理，综合运用激光、光电、精密测量等技术进行非接触二维或者三维坐标测量的检测系统。
The Auto Body coordinate Laser Scanning Sensor Basing On Collaboration Target is a 2D or 3D coordinate measuring system using a kind of measuring principle which named four-beam laser scanning.
物质有三态，空间有三维，而三角测量是我们寻找自己坐标的方式。
There are three states of matter, three dimensions. Triangulation is how we get our bearings.
方法：以股骨头、髋臼的中心为原点建立股骨及骨盆的右手正交坐标系，将髋关节周围起于骨盆的肌肉的股骨、骨盆附着点的三维坐标位置进行了测量定位。
Methods: By reference to the right-handed coordinate system, the three-dimensional positions of the femoral and pelvic attachment of the muscles related to the hip joint were all measured.
以双目立体视觉传感器三维测量模型为基础，提出了一种用于测量空间三维点坐标的低成本单摄像机模型。
Based on the three-dimensional binocular vision sensor measurement model, a kind of low cost single camera model used to measure coordinates in space was established.
本文采用单摄像机与3-D示教器（由四个LED构成）组成的仿真三维视觉传感装置来完成空间坐标系中物体的空间位置和姿态的测量。
In this paper, a TV camera and a 3-D teaching device with four LEDs attached to measured Point on the object are employed to acquire the 3-D information of the measured point.
第二章介绍了三维人体坐标测量的原理以及几种经常采用的方法，并对各种方法进行了比较。
Second chapter introduced the principle and several adopted methods of three dimensional human body coordinates measurement. Followed by the comparison of the differences among the methods.
第三章详细介绍了采用超声波方法进行三维人体坐标测量的硬件电路设计。
Third chapter introduced in detail about USES the ultrasonic wave method to carry on the three dimensional human body coordinates survey the hardware circuit design.
本文正是以这项新兴技术为基础构建光笔三维视觉坐标测量系统。
The 3d vision coordinates measurement system using Light Pen is proposed on the new technique.
新方法可以精确测量出水中被测物表面的三维坐标并计算出物体的几何尺寸，实验验证了该方法的有效性。
The proposed method can measure accurately three-dimensional coordinates of objects' surface in water, and calculate the geometrical size of the object.
介绍一种用于光电经纬仪精确测量飞行器三维坐标的计算方法。
A method used for calculating the precision measurement results of vehicle 3-d coordinate with photoelectrical theodolite is presented.
三维坐标法，只需测量隧道断面内任意位置的三维坐标即可计算其偏差。
Three-dimensional coordinate method can calculate the deviation only by measuring the 3d coordinates anywhere in the sections.
用Unisight软件在MPR相下获得各点原始三维坐标值，通过数学计算得到各测量点在测量三维坐标系下的坐标值。
UNISIGHT is used to get the original value of coordinates in the MPR phase. The value of the reference frame is gotten by mathematic calculating.
在球坐标激光跟踪测量系统中采用球坐标法可将空间运动物体的三维坐标求出。
Moving object coordinate measurement is performed using laser tracking measurement system (LTS) that is based on spherical coordinate method.
为此，本文以弧面分度凸轮的轮廓面方程为基础，建立了弧面分度凸轮的三维模型，提出了一种用三坐标测量机测量其轮廓面误差的方法。
Therefore the author built a 3-d model based on the surface equations of roller gear CAM, and presented a method of using coordinate measuring machine (CMM) to measure the surfaces of the CAM.
单视图测量理论主要是利用了射影几何中的交比不变性来计算图像上点的三维坐标。
Single view metrology compute the 3d coordinate of a point based on the projective geometry's characteristic of cross-ratio invariability.
探讨了摄像机标定、激光平面标定、被测物体点三维坐标计算及多视角测量数据融合等关键技术。
Some key technologies are discussed such as video cameral calibrating, laser plane calibrating 3-D coordinate computing of measured object and data fusion of multiple view measurement.
前言：目的建立用于全口义齿人工牙的三维坐标系并测量其相应参数值。
Objective:To establish three-dimension (3D) rectangular coordinate and to obtain relevant parameters of artificial tooth morphology for full denture.
提出了一种光笔式单摄像机三维坐标视觉测量系统，其主要由光笔、摄像机和笔记本电脑组成。
A light-pen single camera 3-D coordinate vision measurement system is proposed in this paper.
同时，在进行三维坐标（测）量时，可以通过适当的规划测量布点，使测量数据满足必要性和充分性，为后期处理数据减轻负担，提高效率。
Meanwhile, during 3D coordinate measurement, through appropriate planning surveying, measurement data is satisfying of the need, it will reduce the burden of post-processing, and improve efficiency.
采用该方法，无需测定相机和结构光光截面之间的相对位置，在单目序列影像上就可测量出物体表面的三维坐标。
The stereo coordinates of 3d surface can be obtained through a sequence monocular images without determining the relative position between camera (CCD) and structured light projector.
利用GPS测量技术可以获取GPS点高精度的三维坐标B、L、H ，经坐标转换可获得用户需要的坐标，在这一方面已获得广泛应用。
The precise three dimension coordinate B, L, H can be obtained with GPS technique. It must be transformed into users needed coordinates, which has been applied widely in this field.
本课题提出了一种用于测量空间三维点坐标的单摄像机模型。
A single camera model used to measure space three-dimensional coordinates was given in this paper.
本课题提出了一种用于测量空间三维点坐标的单摄像机模型。
A single camera model used to measure space three-dimensional coordinates was given in this paper.
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