搜索资源列表
DICSO
- 一个元胞传输模型(CTM)的经典使用软件,解压后可使用。-one yuan cellular transmission model (CTM) of the classic use of software can be used unpacked.
roundabout_show
- 09年数学建模美赛A题程序,元胞自动机用于环形交叉口交通流控制策略的仿真,可以测试在不同的路况下各种不同的控制策略的效果,以及不同的红绿灯时间对交通控制的影响等,VC++开发,MFC单文档,并在仿真中实时显示整个道路的状况,直观方便-Mathematical Modeling in 2009 the United States title match A process of cellular automata for roundabout traffic flow control strate
ybzdj
- 一个VB做的演示元胞自动机的小程序,可以自己编辑图案,用配置文件设置参数(都已经设置好了)-VB to do a demonstration of cellular automata applet, you can edit their own patterns, use profile settings parameters (both have been set up)
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
sands
- 基于元胞自动机的沙漏程序,有详细的注释,适合于学习-Based on Cellular Automata hourglass procedures, detailed notes, suitable for learning
VENSFD
- matlab开发的元胞自动机交通流仿真程序-matlab traffic program
traffic_184
- 根据元胞自动机和184号规则编写的交通流程序,可以模拟随机换道过程。-Based on cellular automata and 184 traffic rules written program that can simulate random lane changing process.
model1-3.0
- 三种元胞自动机模拟交通流的程序,分别基于184rule,和双车种的随机换道。考虑车辆长度-Three cellular automaton traffic flow simulation program, were based on random 184rule, and double lane change vehicles. Consider the length of the vehicle
ca-matlab-code
- 元胞自动机的代码,以及流量密度图。非常不错的资料-the matlab code of cellular automata. and t
freewaysimulate
- 运用改进后的元胞传输模型对城市快速路入口匝道处的各交通流现象进行模拟仿真,对交通控制方法的研究有主要作用。-Cell transmission model for each use of the improved traffic flow phenomena at the urban freeway on-ramp will be simulation, study traffic control method has a major role.
Cellular-automata
- 元胞自动机可以解决交通问题,本程序模拟收费站处的交通情况,通过设置参数来控制ETC、MTC不同的收费方式,以及改变收费站形式来探索其影响。-Cellular automata can solve the traffic problem, the program simulates the traffic situation at the toll station, by setting the parameters to control ETC, MTC different charges, a
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)
第一组honk_effect_CA
- 交通流领域的 鸣笛效应模型,学习元胞自动机的同学可以借鉴(The whistle effect model of traffic flow field can learn from the students who learn the cellular automata)