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Analysis settings with traffic lights using fuzzy logic mamdani centroids (case study of Makassar Bawakaraeng Mountain crossroads)

机译:使用模糊逻辑mamdani重心对交通信号灯进行分析设置(孟加锡Bawakaraeng山十字路口的案例研究)

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Traffic lights are a form of intersection traffic controlling operations are the most commonly applied, especially in urban areas. Traffic lights at the intersection plays an important role in determining the smooth distribution of vehicles on the road, so traffic light system of regulation that would better facilitate traffic flow on a set path. Goal of Settings Logic Analysis of Traffic Lights is based on fuzzy logic: First, Knowing membership functions of input and output of vehicles coming vehicles and output of vehicles at the intersection of Mount Bawakaraeng and duration of green light output in the fuzzy set. Fourth, Knowing the duration of effective green light by using fuzzy logic at the intersection of Mount Bawakaraeng. In this paper there are three membership functions, namely: input membership functions of the arrival of vehicles, vehicle output membership function and membership function duration of green light output. Each membership function is formed by classifying the input and output fuzzy sets by using the mamdani triangle curve representation. To input the number of vehicles coming = d. To iutput the number of vehicle = V. Membership function of output duration of green lights = l. Results Discussion that the duration of effective green light at the intersection of Mount Bawakaraeng Makassar when re-employment, namely: For the arrival of the vehicle 17 and the output of the vehicle 16 so that the effective duration of green lights 50 seconds, for the arrival of vehicles 17 vehicles 18 and outputs the duration of green lights effective 51 seconds, for the arrival of 19 vehicles and 17 vehicles output then the effective duration of green lights 51 seconds, for the arrival of the vehicle 20 and the output of the vehicle 18 so that the effective duration of green lights 54 seconds, for the arrival of 21 vehicles and 19 vehicles, the duration of the output green light Effective 57 seconds. Conclusion First, Know the membershi--p function of input and output number of vehicles coming vehicle at the intersection of Mount Bawakaraeng by Veterans in Makassar and the output duration. Burning green light, so the third relation the input variable arrival of vehicles, vehicle output and the output of green light duration is closely related to each other, Second The results obtained indicate the duration of effective green light at the intersection of Mount Bawakaraeng with Veterans at the road when people come home from work.
机译:交通信号灯是十字路口的一种形式,交通管制操作最为普遍,尤其是在城市地区。十字路口的交通信号灯在确定车辆在道路上的平稳分布方面起着重要作用,因此,交通信号灯的监管系统将更好地促进设定路径上的交通流量。红绿灯的设置逻辑分析的目标基于模糊逻辑:首先,了解来车的车辆的输入和输出以及在Bawakaraeng山的交点处的车辆的输出的车辆的隶属函数和模糊集中的绿灯输出的持续时间。第四,在Bawakaraeng山交叉路口使用模糊逻辑了解有效绿灯的持续时间。本文有三种隶属度函数,分别是:车辆到达的输入隶属度函数,车辆输出的隶属度函数和绿灯输出的隶属度持续时间。每个隶属度函数是通过使用mamdani三角曲线表示法对输入和输出模糊集进行分类而形成的。输入即将到来的车辆数量= d。得出车辆数量=V。绿灯输出持续时间的隶属度函数= l。结果讨论:重新就业时,Bawakaraeng孟加锡山交叉路口的有效绿灯持续时间为:对于车辆17的到达和车辆16的输出,使有效绿灯持续时间为50秒,对于到达车辆17车辆18并输出有效的绿灯持续时间51秒,用于到达19辆车辆;输出17辆车辆的有效绿灯持续时间51秒,适用于车辆20到达并输出车辆18使绿灯的有效持续时间为54秒,对于21辆到来的车辆和19辆车的到来,输出绿灯的持续时间为有效的57秒。结论首先,了解会员- -- p望加锡退伍军人在巴瓦卡拉恩山交叉路口的车辆的输入输出数量和输出持续时间的函数。燃烧绿灯,因此第三个关系是车辆的输入变量到达,车辆输出和绿灯持续时间的输出彼此密切相关。第二个获得的结果表明了Bawakaraeng山与退伍军人相交处的有效绿灯的持续时间人们下班回家的路上。

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