1) ordinate iteration
纵向迭代
2) bi-directional iteration
双向迭代
1.
Taking advantage of the bi-directional iteration approach,a parallel transient simulation method for large- scale power system was proposed to effectively improve the speed of transient simulation.
为提高电力系统暂态仿真的速度,结合双向迭代技术,提出了一种适合大规模电力系统的并行暂态仿真算法。
2.
In this approach at first the whole power network is divided into several subnets connected by tie-lines; then a concentrated grid can be constructed with the subsets as computing nodes and the tie-lines as branches; and then by means of bi-directional iteration the linearization incremental equations of computational grid and its computing nodes are solved.
该算法将电力网络划分成若干个子网,以子网为计算节点、联络线为支路构造浓缩网格,进行潮流计算时通过双向迭代方法交替实现对网格和网格中计算节点的牛顿法线性增量方程的求解。
4) abscissa iteration
横向迭代
5) inverse iteration
反向迭代
1.
We use the inverse iteration of cellular automata to encrypt,and construct two encryption systems based on composition cellular automata.
提出了元胞自动机的交叉复合在序列R下随机复合的思想,分析了复合元胞自动机系统的密码学特性,利用元胞自动机反向迭代加密技术,构造了两个基于复合元胞自动机的密码系统。
2.
From the viewpoints of the maximum entropy and cellular automata with toggle rule, the current state denotes the information, and use the inverse iteration of cellular automata to transform the information into the encrypted information.
该文简述了细胞自动机的基本概念 ,研究了基于细胞自动机反向迭代的输出序列熵最大化加密技术 ,并对系统保密性进行了分析 。
6) iterate vector
向量迭代
补充资料：层层迭迭
1.见"层层迭迭"。
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