1) collinear condition equation
共线条件方程式
1.
From collinear condition equation of photogrammetry,a deviation correction formula was derived based on least square ellipse fitting algorithm.
故本文从摄影测量共线条件方程式出发,采用一种基于最小二乘的椭圆拟合算法,推导出偏差计算公式,本文的真正目的在于分析偏差分布规律及偏差间的关系,尽可能降低偏差的影响。
2) generalized collinear equation
广义共线条件方程式
3) collinearity equations
共线条件方程
1.
The shortcomings of collinearity equations were overcome based methods which were not robust to terrain.
该方法根据GPS/INS组合导航系统测量的载体坐标与姿态角、光轴稳定平台相对于载体的姿态角以及激光测距数据,计算地面目标点的三维坐标,克服了共线条件方程对地形鲁棒性差和DEM迭代定位算法容易发散的缺点。
2.
An iterative estimation procedure is adopted to process the nonlinearity in the collinearity equations and the correlation of the exterior parameters.
该方法使用共线条件方程描述摄像机成像关系,用图像与物方特征点之间的组合对外参数空间离散点进行投票,将得票最多的离散参数点确定为参数估计值。
3.
Space resection is a fundamental element in photogrammetry which is based on the collinearity equations and linearization.
空间后方交会是摄影测量学的基本内容,其解算的理论基础是共线条件方程及其线性化。
4) collinear equation
共线条件方程
1.
According to the analysis of the latest technology on the height measurement of cultural features, this paper describes two methods of the cultural feature height measurement based on the single aerial photo, one method uses the conception of projection error, the other one uses the collinear equation.
针对人工地物高度提取的发展现状及存在的主要问题,本文对单张航片利用投影误差确定人工地物比高和利用共线条件方程确定人工地物比高两种方法的原理和技术进行了研究,并进行了实验,验证了方法的可行性。
2.
According to the analysis of the latest technology on the height measurement of cultural features,this paper describes the method which uses the collinear equation in the process of the cultural feature height measurement based on the single aerial photo.
针对人工地物高度提取的发展现状及存在的主要问题,对单张航片利用共线条件方程确定人工地物比高方法的原理和技术进行了研究,并进行了实验,验证了方法的可行性。
5) the collinearity equations
共线条件方程
6) area conditional equations
面积条件方程式
补充资料：架空线状态方程式
架空线状态方程式
tension equation of overhead wire
，}okongx一on Zhuongtol于ongehengshl架空线状态方程式(tension叫uationoverhead wire)见架空线力学计算。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条