每个量子元胞上的电荷分布趋于沿两垂直轴的某一轴向分布，可以以此来表达二进制信息。
The charge distribution in each cell tends to align along one of two perpendicular axes, which allows the expression of binary information.
图6显示了这个元胞自动机森林火灾模型的迭代，跳跃恰当，很好地显示了所设规则的效果。
Figure 6 shows the iteration of the Cellular Automata Forest Fire Model, skipping appropriately to show the effect of the rule set.
车辆流量的变化从一个区域传导到另一个区域的方式极其复杂，但一些模型如元胞自动机算法，对研究这个过程如何发生十分有用。
The way the flow transitions from one regime to another is hugely complex but a number of models, in particular those using cellular automaton, have become useful in studying how it occurs.
元胞自动机是一种时间、空间和变量均离散的数学模型。
Cellular automaton is a mathematical model in which time, space and variables are all discrete.
元胞自动机开创了复杂性研究的新途径。
Cellular automata create a new approach in the way to complexity research.
结果表明，条形结构优于元胞结构。
It is demonstrated that the Stripe structure is superior over the cell structure.
元胞自动机是模拟复杂社会经济系统的有效工具。
Cellular Automata (ca) is an effective tool used to simulate complicated social and economical system.
提出了一种基于元胞自动机的电路故障传播概率模型。
A probability model of circuit fault propagation has been proposed based on CA.
特别地，元胞自动机在研究交通流问题上取得了很大的进展。
Great progress has been made especially on the research of traffic flow of a cellular automation model.
为丰富元胞单元法理论，论文开展了非线性元胞单元法研究。
Nonlinear cellular element method was also studied for enriching its theory.
移动元胞自动机法是一种适于处理非连续介质力学问题的计算方法。
MCA method is a powerful method proposed to deal with the non-continuum mechanics problem.
元胞自动机模拟技术为探索企业战略选择的演化问题开创了新途径。
Cellular Automata simulation technology provides us a new approach to investigate evolution on business - strategy choice.
有限公式方法，又称元胞方法，是一种新型的电磁场数值计算方法。
Finite formulation method, also named after cell method, is a novel electromagnetic field numerical calculation method.
采用元胞自动机与有限元相耦合的方法模拟厚断面高锰钢铸件凝固组织。
Solidification microstructures in heavy section high manganese steel casting were simulated using coupling cellular automaton(CA)and finite element method(FEM).
还可看到有发自神经元胞体的细长或短的突起，与邻近神经元似有联系。
The fine long or short fibers sent from neuron bodies seemed to contact the near neurons.
对基于元胞自动机的交通流动力学模型和动态交通控制模型进行了综述。
Secondly, the paper summarized the traffic flow dynamics model and dynamic traffic control model based on Cellular Automata.
综述了元胞自动机方法在材料设计中的应用，包括再结晶方面和相变方面。
The applications of cellular automata method in materials design including recrystallization and solidification phase changes have been reviewed.
基于元胞自动机分形模型，探讨了散粒体自组织临界性(SOC)的机制。
Based on a fractal cellular automata model, the mechanism of self-organized criticality (SOC) of granular mixtures was investigated.
研究表明，元胞自动机建模技术是研究交通流动态问题一种简单有效的方法。
Research indicated Cellular Automata modeling technology is one simple effective method to study the dynamic problem of traffic flow.
本文提出对称三值系统中的元胞自动机(CA -3)的特征化表示方法。
This paper characterizes symmetric ternary cellular automata (CA -3) with the help of matrix algebra.
元胞自动机模型(CA)能有效应用于高度并发、复杂动态系统的描述和模拟。
Ca models have been shown to be applicable to some highly concurrent, complex dynamic systems for the purpose of their rigorous description and simulation.
元胞自动机模拟方法由于其结构简单、易于并行运算而在工程领域有着广泛的应用。
The cellular automata simulation method was widely used in engineering areas because of its simple structure and adapted to parallel calculating.
给出了任意相邻元胞自动机复制的动力学描述，发现一种新的复制现象：拷贝复制。
We proposed a new dynamical description for the arbitrary neighborhood rule cellular automata, and a new kind of reproduction pattern, copy-reproduction.
应用元胞自动机模型对合金钢表面氮化及扩散层中氮化物沉淀过程进行了计算机模拟。
Simulations of surface nitridation and nitride precipitation in alloy steels have beeb carried out with cellular automaton modeling.
从复杂适应系统的观点，通过建立元胞自动机模型的方法模拟疾病传播这个复杂的过程。
Based on the theory of complexity adaptive system, we build a cellular automata model to simulate the complex process of epidemic spread.
分析了元胞自动机的基本原理和构成，利用元胞自动机原理建立了洪泽湖洪水蔓延模型。
Basic principle and structure of Cellular Automata (CA) was analyzed, and flood spreading model of Hongze Lake was established by making use of CA rule.
提出了一个含崩塌概率的一维沙堆模型，并用元胞自动机方法对该模型进行计算机模拟。
Proposed an one-dimensional sandpile model which include avalanche probability, and performed computer simulation by cellular automata method.
利用元胞自动机的计算并行性，使该算法大大减少了计算时间，提高了动态优化的实时性。
Because of the parallel computing, this algorithm can reduce the time of computing and satisfy the requirement of the real-time optimizing.
元胞自动机(CA)具有强大的空间模拟能力，能够模拟和预测复杂的地理现象演变过程。
Cellular Automata (ca) has strong spatial modeling capabilities, which can simulate the evolution of complex geographical phenomena.
元胞自动机(CA)具有强大的空间模拟能力，能够模拟和预测复杂的地理现象演变过程。
Cellular Automata (ca) has strong spatial modeling capabilities, which can simulate the evolution of complex geographical phenomena.
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