搜索资源列表
nsf
- 用CA模拟交通流基本模型NaSch模型,能再现交通流的基本自由相和阻塞相
NaSch_3
- NaSch模型MATLAB程序,交通流，单车道元胞自动机模型的程序实现-NaSch model MATLAB
ASMODautom_cell_5
- 基于原细胞自动机模型的NaSch交通流仿真，微观分析.英文报告.-towards a realistic microscopic descr iption of highway traffic
yb
- 用matlab实现NaSch元胞自动机的一种方法，很简单，可用以对交通元胞自动学习的入门-One way to achieve NaSch model useing matlab
chengxu
- 184号元胞自动机以及作为交通流仿真基础的nasch模型-NO.184 cellular automaton , and as a cellular automaton traffic flow simulation model based nasch
NaSch
- NS模型代码,完整的程序流程和代码，一定可以运行-NS model code, a complete program flow and code, will be running
matlab-NaSch
- NaSch模型MATLAB程序,交通流，单车道元胞自动机模型的程序实现-Program MATLAB NaSch model , traffic flow, lane cellular automaton model
use
- 元胞自动机 nasch 模型！单条道路上模拟 的-a cellular automaton，nasch model on one lane
NaSch-model
- 学习元胞自动机交通流仿真最基础的参考资料。-Learning cellular automata traffic flow simulation of the most basic reference.
nasch_model
- 基于184号元胞自动机的NaSch交通流模型,matlab编程-No.184 Cellular Automata, NaShc Traffic Model.
NaSch_3
- 作为对184号规则的推广，Nagel和Schreckberg在1992年提出了一个模拟车辆交通的元胞自动机模型，即NaSch模型（也有人称它为NaSch模型）。 -Schreckberg was proposed in 1992 by a simulation of vehicle traffic cellular automaton model, namely the NaSch model (also called it NaSch model)
mohutuili
- 包括了模糊理论，神经网络和交通流Nasch的实现方法及代码-Including the fuzzy theory, neural networks and implement traffic Nasch and codes
NaSch
- Nagel-Schreckenberg Model for single lane traffic
nasch
- matlab代码，用元胞自动机法，表示交通流，双车道-matlab nasch
NaSch-model
- Nasch元胞自动机的车辆跟驰模型，matlab源代码-Vehicles Nasch Cellular Automata following model, matlab source code
元胞自动机NaSch模型及其MATLAB代码
- 元胞自动机模拟路况，单行道模拟，元胞自动机NaSch模型及其MATLAB代码(Cellular automata simulation of road conditions)
NaSch_Model
- 交通流NaSch模型基础代码，仅供元胞自动机的初学者学习参考(Basic code of traffic flow NaSch model)
NaSch
- 实现交通流的Nasch单车道元胞自动机模拟(The traffic flow of Nasch cellular automaton simulation)
元胞自动机交通流模型代码
- NaSch模型在matlab上的模拟仿真，元胞自动机单车道交通流模拟(Simulation of NaSch model on MATLAB and single lane traffic flow simulation of cellular automata)
Nasch元胞自动机模型
- 实现单车道交通流模拟，行车间隔、最大速度都能更改(Realization of Single Lane Traffic Flow Simulation)