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Fuzzy logic based smart traffic light simulator design and hardware implementation

机译:基于模糊逻辑的智能交通灯模拟器设计与硬件实现

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摘要

The objective of this study is to develop fuzzy logic based traffic junction light simulator system for design and smart traffic junction light controller purposes and also to observe its performance. Traffic junction simulator hardware is developed to overcome difficulties of working in a real environment and to easily test the performance of the controller. By using the traffic light simulator developed in this study, results of constant duration (conventional) traffic light controller and fuzzy logic based traffic light controller are compared where the vehicle inputs are supplied by the simulator. Statistical experimental results obtained from the implemented simulator show that the fuzzy logic traffic light controller dramatically reduced the waiting time at red lights since the controller adapts itself according to traffic density. It is obvious that the intelligent light controller is going to provide important advantages in terms of economics and environment.
机译:这项研究的目的是开发基于模糊逻辑的交通信号灯模拟器系统,以进行设计和智能交通信号灯控制器的用途,并观察其性能。开发交通路口模拟器硬件是为了克服在实际环境中工作的困难并轻松测试控制器的性能。通过使用本研究中开发的交通信号灯模拟器,比较了持续时间(常规)交通信号灯控制器和基于模糊逻辑的交通信号灯控制器的结果,其中,车辆输入由模拟器提供。从已实现的模拟器获得的统计实验结果表明,由于模糊逻辑交通信号灯控制器会根据交通密度进行调整,因此可以大大减少红灯信号的等待时间。显然,智能灯控制器将在经济和环境方面提供重要的优势。

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