triangulation的例句大全

Stepping Triangulation Algorithm for Filling 2 D Plane in B rep Structure

B-rep结构中二维面的步进三角划分算法

Study of the applications of constrained delaunay triangulation in alignment and its creating algorithm

约束Delaunay三角化在路线设计中的应用及其生成算法研究

Process the left image with Delaunay triangulation base on the feature points, match the feature points of the right image.

以拓扑特征为约束条件提取立体图像对中左视图的特征点，依据特征点对左视图进行Delaunay三角剖分，形成三角网。使用归一化协方差的方法在右视图上寻找特征点，并匹配。

By analysis, The time s complexity of this algorithm is O ( nlogn). Finally, inserting constrained edge is used to Expresses Delaunay Triangulation in the constrained data field.

经分析，整个算法的时间复杂度为O（nlogn）。最后对空间约束条件的处理采用了嵌入约束边的方法。

They are as follow, an optimal algorithm for determining the convex hull of a finite planar point set, an algorithm for triangulation of planar point-set in O ( nlogn) time, the fast algorithm for Delaunay triangulation of simple polygon based on maximum triangle weights.

它们分别是求平面点集凸壳的格雷厄姆方法的一个改进算法，一种时间复杂度为O（nlogn）的平面点集三角剖分算法和简单多边形快速Delaunay三角剖分算法。

After obtaining a certain amount of coordinates of sampling points, Chio algorithm is used to establish space triangulation and a method making the triangulation denser is realized using computer vision technology.

在取得了一定的采样点坐标之后，采用了Chio算法建立空间三角网，并提供了利用计算机视觉的方法对三角网进行加密的功能。

An On-Line Algorithm for Delaunay Triangulation The Triangularization Conditions of Bilinear Control Systems

Delaunay三角剖分在线算法双线性系统的三角化条件

Study on Divide-and-conquer Algorithm of Generating Delaunay Triangulation

基于分治算法构建Delaunay三角网的研究

In this paper, an algorithm for fast constructing Delaunay triangulation is presented. This algorithm takes the advantages of incremental insertion algorithm and divide conquer, and has the advantages of high efficiency and small space.

研究一种快速构建Delaunay三角网的算法，该算法结合逐点插入算法和分治算法，具有建网速度快、耗费空间小的优点。

This paper introduces a speeding double direction marking block Algorithm for Delaunay Triangulation. Differing from other Algorithm, its characteristics is speediness of calculating, having time degree for O ( Nlog2N) and easy realization of the designs.

介绍一种双向分块快速Delaunay平面剖分算法，该算法有别于其他的分治算法，其特点是运算速度快，时间度为O（Nlog2N），算法易于理解和实现。

In this paper, analyse the existed algorithms and put forward the method to make use of divide algorithm to realize plane scattered data triangulation.

文中在分析已有算法的基础上，提出利用分治算法实现平面散乱点三角剖分。

As recollected and analysed some classical arithmetic, I ameliorate point by point insertion algorithm and make it unite with divide and conquer delaunay triangulation algorithm, which is become a compositive algorithm which has excellence of constructing rapidly and using small space.

在回顾和分析以往的经典算法的基础上，改进了逐点插入算法并同分治算法相结合形成了一种具有建网快，耗费空间小的合成算法。

A triangulation method in which linear constraints are considered primarily is presented based on the theory of Delaunay Triangulation ( DT).

在无约束数据Delaunay三角网理论的基础上，分析不同算法在处理约束问题时的优缺点，提出一种优先考虑特征线的单步建网方法。

Autodesk Civil 3D as software platform, will use memory mapping technology, the memory pool, triangulation technology and data rendering technology to achieve three-dimensional digital terrain model.

以Autodesk Civil3D为基础软件平台，具体将采用内存映射文件技术、内存池技术、三角剖分技术、数据渲染技术等来实现三维数字地形模型。

then, the shapes of objects are reconstructed with triangulation.

最后，采用三角测量原理得到被测物体的面形。

a detection and three-dimensional reconstruction system for the interior surface of small-diameter pipes was presented based on position sensitive detector ( psd) and optical triangulation principle.

基于位置传感器PSD和光学三角原理，开发了一种适于空间曲线型微细管孔内表面三维重构的检测系统。

an optical electrical noncontact solar panel substrate flatness measurement system with a special structure based on laser triangulation principle is introduced in this paper.

本文针对太阳帆板平面度测量这一特定要求，开发出了一种基于激光三角原理的特殊结构的光电非接触平面度测量系统。

a visual inspection system based on optical triangulation theory

基于光学三角原理的视觉检测系统及应用

research on non-contact measurement methods for the dimension of inner diameter based on the principle of optical triangulation

基于光学三角原理的内径非接触测量方法

the angle can be calculated based on principle of optical triangulation and so the curvature of corresponding position based on structure parameters.

根据光学三角原理，可以求出该夹角的大小，然后结合检测器的结构参数可以计算出管道相应位置的曲率半径。