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Comparison of PID and Fuzzy Controller for Path Tracking Control of Autonomous Electrical Vehicles

机译:PID与模糊控制器在电动汽车路径跟踪控制中的比较

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In this work we present comparison study of application two PID and fuzzy controller to control platonning vehicles. we have two vehicles, the first its controlled by man and the second its controlled lateral and longitudinal by two different controllers. The communication is provided between the two vehicles with exchange information, speed and orientation angle with a fixed safety distance between vehicles. The a kinematic model of vehicles has been described with 3D simulation developed with matlab, Simulink and v-rep software were carried. To approve our approach we have use different reference trajectory. we have used vehicles model in v-rep with communication the speed and orientation angle and our model in simulation. The simulation results illustrate the efficiency of our control design and open the perspectives for future work.
机译:在这项工作中,我们对应用两种PID和模糊控制器来控制整车的比较研究。我们有两辆车,第一辆由人工控制,第二辆由两个不同的控制器控制横向和纵向。两辆车之间的通讯具有交换信息,速度和方向角,并且两车之间的安全距离固定。用Matlab开发的3D仿真描述了车辆的运动学模型,并带有Simulink和v-rep软件。为了批准我们的方法,我们使用了不同的参考轨迹。我们在v-rep中使用了车辆模型,并在其中传达了速度和方向角,并在仿真中使用了我们的模型。仿真结果说明了我们的控制设计的效率,并为将来的工作开辟了前景。

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