1) line segment table
线段表
1.
Application of chain codes table and line segment table in computer image processing;
链码表和线段表在计算机图像处理中的应用
2.
The algorithm that is based on the line segment table for labeling connected area of binary image is proposed in this paper.
本文介绍了基于线段表的二值图像连通区域的标记算法,与传统的像素标记算法相比,该算法仅需对图像进行一次扫描,通过基于线段表的连通体检测方法,避免了像素点被重复扫描的现象,减少了图像的扫描次数,提高了算法的效率,同时巧妙的利用映射表归并等价的连通标记对,避免了归并连通关系需要大量内存和大量归并运算,提高了检测效率,实际运行效果良好,有较好的使用价值。
3.
In this paper,a fast algorithm of line segment coding and seed filling based on line segment table is proposed.
在图像处理中常用水平线段集表示区域,提出了一种采用线段表结构来表示区域,并给出使用线段表改进传统像素标记与种子填充算法的快速算法。
2) piecewise linear representation
分段线性表示
1.
Adaptive piecewise linear representation of time series based on error restricted;
时间序列的自适应误差约束分段线性表示
2.
Drawing on the idea of edge operator to extract time series edge points,propose a novel piecewise linear representation algorithm that based on temporal edge operator.
时间序列的分段线性表示算法通常基于单一的启发式规则,难以适用于不同数据特征的时间序列。
3.
The algorithm adopts the piecewise linear representation and improved series pattern distance measure.
该算法采用分段线性表示,同时使用改进的模式距离来度量序列间的距离。
4) harmonic waves/piece-wise nonlinear representation
谐波/分段非线性表示
5) line segment
线段
1.
Designs for presentation of straight line and line segment;
《直线和线段》导课设计种种
2.
On the basis of the analysis of the traditional algorithm of dimensional line segment, an improved algorithm is presented This algorithm is simple, clearly thingking in programming and speedy in calculatin
通过对二维线段裁剪的传统算法的分析，提出了一种改进算法。
3.
At first, the location interrelation is concluded between two special line segments.
通过总结提炼两空间线段间的相互位置关系,在进行解析、推导的基础上,提出了7个有意义的解析几何推论,直接可得出两空间线段间的最短距离,然后根据得出的结果,设计了一个机器人运动关节间的碰撞检测算法。
6) line
[英][laɪn] [美][laɪn]
线段
1.
According to the corner feature that the little neighborhood of the corner point contains two or more than two lines,so we can compute the amount of lines.
根据角点的边缘特征(角点的一个小邻域内包含两条或两条以上的线段,而一般的边缘点的邻域内则只包含一条线段),计算出每个点的小邻域内包含的线段数,便可以确定该点是否为角点。
2.
In this paper,on the basis of Maple software,author utilizes some plane geometry knowledge to write two functions for line and arc according to practical requirement of drawing graph.
本文在Maple软件自带的绘图函数的基础上,利用平面几何的一些基础知识,根据实际绘图需要,编写了画线段和画弧线段的两个函数,这两个函数使用方便,使我们的绘图工作效率大为提高。
3.
Based on Egenhofer s nineteen relations between line and region,algorithm OR was presented and verified.
基于Egenhofer的19种线面拓扑关系,提出OR算法并证明了OR算法的正确性,使用OR算法可求解复合线段与同一区域的拓扑关系矩阵。
补充资料：阿斯曼通风干湿表(见通风干湿表)
阿斯曼通风干湿表(见通风干湿表)
AS iman tongfeng ganshibiao阿斯曼通风干湿表见通风干湿表。
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