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.
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.
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.
类似的复杂情况可能发生在离散动力系统中，基于元胞自动机的模型为研究动力系统行为提供了另一种可供选择的方法。
The similar complex situation possibly occurs in the separate dynamic system, based on Cellular Automata model for the research dynamic system behavior provided another optional method to be possible.
用胞元自动机(CA)方法模拟了枝晶生长、界面扰动以及分枝的竞争演化。
Cellular automaton (CA) method was applied to simulate dendritic growth, perturbation at the interface and the branching mechanism.
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.
基于局部作用原理，借用有限元离散和插值技术，引入元胞自动机的演化思路，得到一种新的力学计算方法——元胞单元法。
Based on principle of local action and the idea of cellular automata, a new mechanical method cellular element method is presented through inducting the discrete techniques of finite element method.
方法对现有比较成功的微观模型、元胞自动机模型和跟驰模型进行分析、比较，指出其不足和优点。
Methods Analyze and compare the most successful models, cell automaton and car-following model, and point out their advantage and shortcomings.
利用元胞自动机的思想和建模方法，建立了模拟多个国家通过战争彼此兼并的演化模型。
Using the idea and modeling method of cellular automata, we establish an evolutionary model to simulate the process which many nations annex each other through war.
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.
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).
本文着力探索新的边缘检测与图像恢复方法，并基于元胞自动机(ca)模型和统计力学模型对图像边缘检测与图像恢复方法进行研究。
The study of new methods of edge detection and image restoration is showed in this paper, which based on the model of Cellular Automata (ca) and Statistical Mechanics.
给出一种基于元胞自动机的曲线逼近方法，并将这种方法应用于对水轮机的特性数据进行数值逼近。
A curve approximation method based on Cellular Automata was produced, and was applied to digital approximation of hydraulic turbine performance data.
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.
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.
引入应力、应变和位移等矢量概念，将元胞自动机模型与有限元方法结合起来，建立了差分形式的PCA有限元算法，尝试从矢量的角度模拟岩石的变形及破坏问题。
The CA model and FEM are combined, then the differential PCA-FEM algorithm is set up, which attempts to simulate the deformation and failure of rock in the sense of vector.
该方法能够结合自然云运动的物理原理，使用元胞自动机的状态转变规则进行实现，有助于提高模拟的真实感。
This method can be combined with the natural physics of cloud movement and the using of cellular automata rules helps to improve simulation realism.
利用传统的元胞自动机方法摸拟了基于溶质扩散控制界面生长机制的枝晶演变和显微偏析。
The dendrite evolution and micro-segregation based on mechanism of solute diffusion controlling interfacial growth is simulated by cellular automaton.
而自行车元胞自动机模型的基本单元尺寸来源于其微观特征，所以这里重点描述基于现场视频检测数据的自行车元胞单元尺寸标定方法。
Cell size of bicycle cellular automaton model is acquired from the microscopic characteristics. A method of calibrate bicycle cell size based on field video detection data is proposed.
本文针对二维元胞自动机提出了规则免疫学习的方法，实现了规则的自适应调节。
The paper implements an immunity-based learning method for the rule adjustment of 2d cellular automata.
用可移动元胞自动机数值模拟方法(MCA)对典型脆性材料玻璃球进行了二维数值模拟。
Based on Movable Cellular Automata (MCA), a 2d numerical simulation was conducted on a kind of typical brittle glass balls.
用可移动元胞自动机数值模拟方法(MCA)对典型脆性材料玻璃球进行了二维数值模拟。
Based on Movable Cellular Automata (MCA), a 2d numerical simulation was conducted on a kind of typical brittle glass balls.
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