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Pan-tilt Control Method Applied to Mobile Robots

机译:泛倾斜控制方法应用于移动机器人

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摘要

This paper presents a pan-tilt control method based on multi-sensor fusion, PSO and BP neural network. The traditional PID control algorithm has the disadvantage of difficult parameter tuning, and it is difficult to realize the effective control of complex nonlinear system. BP neural network is used to set the PID three parameters, but the initial neural network is easy to fall into local optimal and slow convergence. In this paper, PSO algorithm is further used to set the initial weight of BP neural network, which can effectively improve the global search ability and convergence speed of BP neural network. The pan-tilt is modeled and the experiment is designed to compared with the traditional digital PID control algorithm, BP neural network PID control algorithm and PSO-BP PID control algorithm, it is proved that the control effect of PSO-BP PID control algorithm is obviously better than the former two.
机译:本文介绍了一种基于多传感器融合,PSO和BP神经网络的PAN倾斜控制方法。 传统的PID控制算法具有困难参数调谐的缺点,并且难以实现复杂非线性系统的有效控制。 BP神经网络用于设置PID三个参数,但初始神经网络易于落入本地最佳和慢趋同。 在本文中,PSO算法还用于设置BP神经网络的初始重量,可以有效地提高BP神经网络的全球搜索能力和收敛速度。 模型泛倾斜,实验旨在与传统的数字PID控制算法,BP神经网络PID控制算法和PSO-BP PID控制算法进行比较,证明了PSO-BP PID控制算法的控制效果是 显然比前两人更好。

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