1) no direction
无向
1.
In view of the trait of present card,this paper proposes the idea of developing light-electric card with no direction,it studies on the theory and arithmetic of light-electric card which is no direction emphatically,then applies the arithmetic to the light-electric card we have designed,so well gets the function of card insertion with no direction.
在对目前几种常见卡的特点分析的基础上,介绍了光电卡识别传感器和传统光电卡,提出了开发基于识别传感器的无向插入式光电卡的思想,重点研究了无向插卡技术的原理和算法,并将此算法应用于所开发的光电卡,从而实现了无向插卡功能,为无向插入式光电卡的开发奠定了理论基础。
2) undirected graph
无向图
1.
Techniques by compound branch and network ripping to find out all spanning trees of an undirected graph;
寻找无向图中全部生成树的复合支路和网络撕裂技术
2.
On the decision algorithm of the unordered depth first spanning trees of an undirected graph;
无向图的无序深度优先生成树判定算法探究
3.
The whole inking system was treated as a complicated undirected graph according to undi- rected graph theory.
基于无向图理论,将胶印机输墨系统视为一个复杂的无向图,建立了输墨系统的网络关系图,并采用邻接多重表进行存储。
3) non-directed graph
无向图
1.
Study on diagonal structures in a non-directed graph;
基于无向图的角联结构研究
4) without orientation
无定向
1.
Modified hybrid calibration method for IMU without orientation;
一种改进的IMU无定向动静混合高精度标定方法
2.
In order to save work-time and not to affect the production, using the underground traverse survey without orientation, it can recover this segment traverse.
在巷道延伸测量中 ,经常会遇到测量控制点被破坏 ,剩下的点又彼此不通视的情况 ,为了节省作业时间 ,不影响生产 ,应用井下无定向导线测量 ,可以恢复该段导线 ;该法是把两已知控制点看着是定向时两垂球线连接点 ,在两控制点间按所设计的精度进行相应等级的导线联测 ,并用两井几何定向的井下连接导线解算方法进行计算 ,使原来按一般导线测量方法不能解决的点位坐标问题得以解决。
5) Non-orientation Method
无定向法
6) undirected network
无向网络
1.
To solve the path optimization problem in undirected network,genetic algorithm is presented and variable-length chromosomes(routing strings)and their genes(nodes) are used for encoding the problem.
为了解决无向网络的最短路径优化问题,采用遗传算法并使用可变长编码,在遗传算子操作中进行有效性判断,避免了传统交叉变异算子中无效路径的产生;网络数据存储采用链式存储结构,仅需存储各个节点信息,摒弃了传统的邻接矩阵方法。
2.
In this paper,an applied algorithm is given by changing the description of the maximum flow problem in undirected network.
通过改变无向网络最大流问题的描述,给出了一种寻找无向网络最大流的适用算法,这种算法每迭代一次,就可以找出多条增量路径,因此,有较高的计算效率。
补充资料：无向
1.亦作"无响"。 2.没有声音，没有感应。道家所称寂静虚无的境界。
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