Three-dimensional Cellular Automation& Its Application Material Simulation; 3D Complex Groove Section Design for Turning Inserts with Cellular Automaton 应用元胞自动机设计车刀片三维复杂槽形剖面
Study on Chaos in Traffic Flow Based on the One-dimensional Cellular Automation Model 基于一维元胞自动机模型的交通流混沌研究
Simulation Platform for Non-signalized Intersection Based on Cellular Automation 基于元胞自动机的交叉口仿真平台研究
Control Method for Urban Intersection Based on Multi-Agent and Cellular Automation 基于多智能体元胞自动机的城市交叉口控制方法
Spatial Load Forecasting Based on Generalized Support Vector Machines and Cellular Automation Theory 基于广义SVM-CA理论的电力负荷空间分布预测
Analytical and Simulation Study on the Cellular Automation Models for Traffic Flow 交通流元胞自动机模型的解析和模拟研究
Secondly set up some familiar brittleness model applying the cellular automation, and explain the brittleness process. 其次,应用元胞自动机建立起了复杂系统脆性的几种常见脆性模型,进一步说明了复杂系统脆性的发生过程。
Cellular Automation Based Fuzzy Simulation Model of Transportation System for Earth Rockfill Dam Construction 土石坝施工运输系统元胞自动机模糊仿真模型研究
We investigate several cellular automation ( CA) models which exhibit SOC character, design computational algorithms and give simulations. 研究几类具有SOC性质的元胞自动机模型的演化行为,给出了算法步骤,并进行了仿真试验。
Cellular Automation is one of available tools which to simulate the complex behavior and study complex system. 元胞自动机是模拟复杂性行为,研究复杂系统的一种有效的工具。
Study of Lattice Cellular Automation of Numerical Simulation of Rock Failure 岩石破裂过程数值模拟的格构细胞自动机方法研究
A cellular automation model of seismicity 地震活动性的细胞自动机模型
Seismic evolution index yh-value and its verification with cellular automation model 地震演化指数YH与其细胞自动机模型检验
The model uses cellular automation theory to model complex traffic behavior. 该模型应用了元胞自动机原理对复杂的交通行为进行建模。
The research to types of traffic cellular automation 交通元胞自动机类型的研究
Analysis on thermal-mechanics coupling of LED base plate based on principle of cellular automation 基于元胞自动机原理的LED基板热-力耦合解析
For the sake of solving the difficult analytic problems of variable boundary conditions and coupling effect of multi-physics field in the designing issues of miniature structure, the thermal-mechanics coupling rule and analytic method of coupling based on principle of cellular automation has been put forward. 为了解决微小性结构设计问题中的可变边界条件和多物理场耦合效应的解析难题,提出了基于元胞自动机原理的热-力耦合规则和耦合解析方法。
Cellular Automation Model for Glacial Soil Simulation 模拟冰碛土结构的元胞自动机模型
In this paper a 2-D cellular automation model of seismicity is designed, the seismicity of the synthetic earthquakes is analyzed and the physical mechanisms of field precursors and source precursors before a strong earthquake are discussed. 本文在二维平面上设计了一个模拟地震活动性的细胞自动机模型,分析了模拟地震序列的地震活动性,并探讨了强震前场兆和源兆的物理机制。
Simulation of temporal evolution of seismicity before strong earthquakes using cellular automation model 运用细胞自动机模型模拟强震前地震活动时间演化过程
An OpenGL-Based 3D Cellular Automation Model 一种基于OpenGL的三维元胞自动机模型
Great progress has been made especially on the research of traffic flow of a cellular automation model. 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。
Studies on Mixed Traffic Flow Properties by the Cellular Automation Models 用元胞自动机模型研究混合交通流的特性
The character of the traffic system which composes of fast-lane and slow-lane is investigated using a model for cellular automation traffic flow in terms of the combination of the evolvement of cellular automation and traffic regulations. 将元胞自动机的演化与交通规则相联系,建立元胞自动机交通流模型,研究由快慢双车道组成的交通系统当两车道的车辆密度不对称时所引起的系统交通流特性的变化。
Study of ecological strategy choice of simulating species in cellular automation system 元胞自动机模拟物种生态策略选择的研究
Cellular automation model is discrete in time, space and its state and has been applied to traffic flow study recently and we have found a series of cellular automation traffic flow models. 由于元胞自动机模型在时间、空间和状态上均为离散的,近年来它被用于交通流研究,形成了一系列元胞自动机交通流模型。
Cellular automation is a kind of very effective tool to study nonlinear complex systems in many research fields and it has an extensive application in future. 元胞自动机是研究非线性复杂系统的有效工具,有着广阔的应用前景。
Then, this data is used to guide the generation of cellular automation. model and neural network strength prediction model. 然后利用该数据指导细胞自动机三维演化模型和神经网络强度计算模型的生成。
Due to their parallel computation algorithm, distinction of physic picture and flexibility to design model, the cellular automation traffic models have been utilized to study many traffic phenomena and we have attained a lot of achievements. 元胞自动机交通流模型由于其算法简单、并行程度高、物理图像清晰、容易考虑各种实际因素,因此被广泛用于各种交通现象的研究,并取得了大量的研究成果。
In the model, geographical cellular automation is introduced as the core of mode. Neural network is used to construct transition rules of cellular automata state, and genetic algorithm is adopted to optimize neural network. 模型以地理元胞自动机为核心,用神经网络建立状态转换规则,并通过遗传算法对神经网络进行优化。