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Tracking Control Algorithm Based on Photoelectric Sensors for Smart Car System

机译:基于光电传感器的智能汽车系统跟踪控制算法

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摘要

In this paper, target identification and trajectory technology are analyzed. The tracking control algorithm based on the photoelectric sensors is proposed. The algorithm utilizes the errors of the location and the signal of route as input parameters, to regulate the output angle of the steering gear. The smart car system includes the straight trajectory control algorithm, the curvy trajectory control algorithm and the S-type trajectory control algorithm according to the different characteristic of the trajectories. The experiment shows that, by using the proposed algorithm, the smart car can move smoothly along the straight trajectory, the curvy trajectory and the S-type trajectory with satisfied accuracy.
机译:本文分析了目标识别和弹道技术。提出了一种基于光电传感器的跟踪控制算法。该算法利用位置误差和路线信号作为输入参数,来调节转向器的输出角度。根据轨迹的不同特性,智能汽车系统包括直线轨迹控制算法,曲线轨迹控制算法和S型轨迹控制算法。实验表明,通过所提算法,智能汽车可以在直线轨迹,曲线轨迹和S型轨迹上平稳运动,并具有满意的精度。

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