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Description: 设计一个交通信号灯类：
（1）变量：位置、颜色（红、黄、绿）、显示时间（秒）。
（2）方法：切换信号灯。
创建并启动两个线程（东西向、南北向）同时运行。
3．实验要求
（1）设计线程。
（2）设计路口信号灯示意图界面。
（3）进一步将每个方向的信号灯分成3种车道灯：左转、直行和右转。
（4）根据车流量进行时间的模糊控制。
-design of a traffic signal categories : (1) variables : location, color (red, yellow, green), indicating that time (seconds). (2) Method : Switch lights. Create and start two threads (to the East and West, North and the South to) the same time. 3. Experimental requirements (1) design thread. (2) design matrix interface signal junctions. (3) Further to the signal in each direction, divided into three lanes of lights : turn left, turn right and go straight. (4) According to vehicular traffic for the time of fuzzy control.
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Size: 27433 |
Author: 行风 |
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Description: 设计一个交通信号灯类：
（1）变量：位置、颜色（红、黄、绿）、显示时间（秒）。
（2）方法：切换信号灯。
创建并启动两个线程（东西向、南北向）同时运行。
3．实验要求
（1）设计线程。
（2）设计路口信号灯示意图界面。
（3）进一步将每个方向的信号灯分成3种车道灯：左转、直行和右转。
（4）根据车流量进行时间的模糊控制。
-design of a traffic signal categories : (1) variables : location, color (red, yellow, green), indicating that time (seconds). (2) Method : Switch lights. Create and start two threads (to the East and West, North and the South to) the same time. 3. Experimental requirements (1) design thread. (2) design matrix interface signal junctions. (3) Further to the signal in each direction, divided into three lanes of lights : turn left, turn right and go straight. (4) According to vehicular traffic for the time of fuzzy control.
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Size: 27648 |
Author: 行风 |
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Description: 交通信号灯的线程设计
实验目的：多线程设计，同步机制
题意
设计一个交通信号灯类：
（1） 变量：位置、颜色（红、黄、绿）、显示时间（秒）。
（2） 方法：切（3） 换信号灯。
创建并启动两个线程（东西向、南北向）同时运行。
实验要求
（4） 设计线程。
（5） 设计路口信号灯示意图界面。
（6） 进一步将每个方向的信号灯分成3种车道灯：左转、直行和右转。
（7） 根据车流量进行时间的模糊控制。
-Traffic signal design experimental purposes thread: multi-threaded design, synchronization mechanism to design a title intended to traffic lights categories: (1) variables: location, color (red, yellow and green), showing time (seconds). (2) Method: Cut (3) for signal. Create and start two threads (east to west, north-south) to run simultaneously. Experimental requirements (4) design thread. (5) Schematic diagram of the interface design of the junction signal. (6) further in each direction, the signal is divided into three kinds of driveway lights: turn left, go straight and turn right. (7) in accordance with the time flow of fuzzy control.
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Size: 4096 |
Author: 伊川 |
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Description:
本文在分析城市交通信号控制研究现状和交叉口交通信号控制原理、评价方
法的基础上，设计了单交叉口交通信号两级模糊控制系统。分级模糊控制能有效
减少模糊规则数，易于提取模糊规则，适合于交通状况复杂的城市交叉口交通信
号控制。但它存在难以由人工合理定义全部模糊隶属度函数的问题。为此本文进
一步采用遗传算法对两级模糊控制器中模糊隶属度函数进行优化。本文提出的方
法具有分级模糊控制的优点，同时可以使模糊隶属度的选取更为合理，获得更好
的控制效果。对一个四相位单交叉口，利用MATLAB在不同的交通条件下进行
了仿真，并利用交通仿真软件PARAMICS进行了可视化仿真。仿真结果表明该
方法能有效降低通行车辆在交叉口的平均等待时间，明显优于传统控制方法-After analyzing the city-traffic developments,the grade crossings control theory
its method of evaluation,the paper designs a traffic signal two-stage fuzzy control
tem for single intersection.Two-stage fuzzy controller,which is easy to acquire
zy rules and can greatly decrease the number of fuzzy rules,is very suitable to
plex urban intersection control.But it still presents a difficulty for deciding all the
bership functions correctly only by human experience.Therefor,to solve this
blem,a technique using genetic algorithm to modify its fuzzy membership
ctions is proposed.This method not only possesses the advantages of hierarchical
zy control,but also can change its membership functions adaptively to an optimal
ing in different traffic situations as well,and in this way the currency power of the
an intersection is improved.For a single urban intersection with four-phase,
ulation of different traffic condition is processed by using MATLAB.Moreover,
ble simulation is proce
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Size: 312320 |
Author: 刚子 |
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Description: Consists of the time control systems and decision support. Time control system used in conventional traffic system, traffic system that is generally where the traffic lights are set to change color according to the specified time. While the fuzzy traffic systems used in decision support systems which change color depending on the level of traffic density
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Size: 23552 |
Author: telo |
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Description: adaptive routing algorithm in which the link cost are dynamically assigned using a fuzzy
system. The traffic in the network is re-routed to nodes, which are less congested, or have spare capacity. Based on a set
of fuzzy rules, link cost is dynamically assigned depending upon the present condition of the network.
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Size: 206848 |
Author: tota |
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Description: 采用模糊控制的思想，实现交通路口红绿灯时间的优化控制。
功能要求：(1) 采用模糊控制实现红绿灯控制，根据车流量的不同来控制红绿灯的显示时间。
(2) 模拟实际交通路况，简化编程难度，只考虑横竖方向的车流量，并不考虑车的拐弯，重点突出模糊控制算法
-Using fuzzy control theory to achieve the traffic intersection of time optimal control of traffic lights. Functional requirements: (1) using fuzzy control to achieve traffic light control, according to the different traffic flow to control the traffic lights display the time. (2) simulate the actual traffic and road conditions, simplify programming difficulty, only if they had to consider the direction of traffic flow, without considering turning vehicles, focused fuzzy control algorithm
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Size: 431104 |
Author: xiaohu |
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Description: 基于ARM的只能交通灯控制方案，采用模糊算法，嵌入式能更好运行-Based on ARM' s only traffic light control scheme using fuzzy algorithms, embedded run better
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Size: 178176 |
Author: zhongweijia |
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Description: 本程序是以北京西洋参路口数据为例，采集一天24H数据，并对异常交通数据做识别、修复处理，用结合减法聚类和模糊聚类算法对路口数据实现自动划分-This procedure is based on data of Beijing Ginseng junctions, 24H data collection day, and do identify abnormal traffic data, repair treatment, with a combination of subtractive clustering and fuzzy clustering algorithm for automatic classification of data on the intersection
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Size: 3072 |
Author: linglong |
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Description: optimization of iptv streams traffic in a broadband network using fuzzy logic
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Size: 431104 |
Author: Rahul Dey |
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Description: FUZZY LOGIC BASED REAL-TIME CONTROLLER DESIGN AND APPLICATION FOR
INTERSECTION TRAFFIC SIGNALIZATION SYSTEM
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Size: 549888 |
Author: katana |
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Description: 智能控制课程作业，基于模糊控制的交通灯控制演示程序。-homework of Intelligence Control, a demonstration of traffic light control based on fuzzy theory.
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Size: 2012160 |
Author: 华明 |
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Description: 基于单片机控制十字路口交通灯的模糊控制。里面介绍了模糊控制计算法和控制工作原理。-Fuzzy control based on the microcontroller to control the traffic lights at the crossroads. Which introduced the fuzzy control calculation method and the control works.
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Size: 339968 |
Author: mlcolour |
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Description: 一种用于交通信号灯的模糊控制器，文章主要介绍了控制信号灯的模糊控制器的输入输出模型，并且给出了控制效果验证-A fuzzy controller for traffic lights, the article introduces the fuzzy controller input-output model of the control lights, and gives the control effect of verification
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Size: 535552 |
Author: Tan yiming |
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Description: 智能交通路口控制器，利用红外光电传感器检测车流量，根据车流量利用模糊控制对道路的通行时间加以控制，实现自动控制，以减少有效通行时间的浪费。-Intelligent traffic intersection controllers, use infrared sensors to detect traffic, according to the traffic on the road using fuzzy control to control the passage of time, to achieve automatic control, in order to reduce the effective passage of time wasted.
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Size: 117760 |
Author: 李耀兵 |
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Description: 一个关于模糊神经网络预测河流水质的程序，可以使用，适合初学者！-A wavelet neural network forecasting procedures for the exchange of traffic, you can use for beginners!
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Size: 14336 |
Author: 田亮 |
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Description: It is a novel fuzzy based sleep mode technique for WSN that turns off the ONUs
(placed at the customer premises) when certain traffic conditions are verified. The objective is to
achieve an improved energy efficiency without impacting too much the Quality of Service
perceived by end-users. The whole operation is managed at the central Node and the length of the sleep time periods is computed employing a statistical method.-It is a novel fuzzy based sleep mode technique for WSN that turns off the ONUs
(placed at the customer premises) when certain traffic conditions are verified. The objective is to
achieve an improved energy efficiency without impacting too much the Quality of Service
perceived by end-users. The whole operation is managed at the central Node and the length of the sleep time periods is computed employing a statistical method.
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Size: 11264 |
Author: Manish |
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Description: For Electrical Engineering research help.
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Size: 794624 |
Author: zahid |
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Description: Traffic logic demonstration
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Size: 40960 |
Author: wd007
|
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Description: trafficlight fuzzy controller with matlab
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Size: 13312 |
Author: yousefizadeh |
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