通过计算机数值模拟，得到了单速车道和多速混合车道元胞自动机交通流模型的基本图，并对这两种模型的交通流特性进行了分析和讨论。
Via computer numerical simulation, the fundamental diagrams of the single-speed lane and multi-speed lane CA traffic flow models are got, and these two models' traffic flow characters are presented.
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.
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.
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.
总结了常见的格子气模型、元胞自动机模型、社会力模型和磁力模型的原理及算法，对比分析了其仿真效果。
The paper analyzed the principles and features of the some common models including lattice gas model, cellular automata model, social force model and magneto-mechanical model.
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.
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.
对基于元胞自动机的交通模型进行综述，将其分为单车道模型、多车道模型和城市交通模型三类。
In this paper we made a survey of cellular automata (ca) traffic models which can be classified into single-lane, (multi-lane) and city traffic models.
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.
SLEUTH模型是元胞自动机模型的一种具体实现，它包含了四种城市增长方式和五个增长系数，再加上两个控制因素层一起作用于输入数据，能够较好地模拟城市的扩展。
SLEUTH model is a kind of ca, it is composed by four growth rules and five coefficients, in conjunction with the excluded layer and the slope layer, it can successfully model the urbanization.
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.
摘要：本文研究了当前一些主流元胞自动机交通流模型，并对各种不同模型从单、双车道和更新规则进行了分类与评价。
Abstract: in this paper, a various kinds of popular traffic cellular automaton models are studied; Classification and evaluation of both the single lane and double lane models are accomplished.
本文中采用元胞自动机模型进行模拟，结合云的各种物理特性，从而得到了动态的，真实感强的自然云的模拟，在真实感和速度上均取得了比较满意的结果。
This paper uses cellular automata model and various physical properties of clouds, to achieve a dynamic, and realistic simulation of natural cloud, which is real and speedy.
元胞自动机是可模拟复杂结构和过程的模型。
Cellular automata is a model that can simulate complex structure and process.
其中的许多模型使用了元胞自动机，它需要研究诸如土地使用模式和城市区域再生等广泛的课题。
Many of these models use cellular automata, which allow a broad range of topics such as land-use patterns or regeneration of urban areas to be addressed.
其中的许多模型使用了元胞自动机，它需要研究诸如土地使用模式和城市区域再生等广泛的课题。
Many of these models use cellular automata, which allow a broad range of topics such as land-use patterns or regeneration of urban areas to be addressed.
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