Tracking Control of Mobile Robots Based on the BP Neural Network

Ying Xiong, S. Xiao, S. Lei, Feng Zha
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Abstract

An intelligent tracking control system based on the micro-control unit (MCU) has been developed to control the motors by sensing the change of black guide lines. After the training of the BP Neural Network, the MCU is able to make decisions quickly and accurately for various situations during robot moving. Using MCU technology to control the motors, the system is compatible for both manual and automatic control. The experiment shows that the mobile robot could follow the change of black guide lines accurately and quickly, and stillness and out-of-orbit were effectively inhibited during moving. The proposed tracking control system based on the BP Neural Network has been verified to have high reliability.
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基于BP神经网络的移动机器人跟踪控制
设计了一种基于单片机的智能跟踪控制系统,通过感应黑色导轨的变化来控制电机。经过BP神经网络的训练,单片机能够快速准确地对机器人运动过程中的各种情况做出决策。该系统采用单片机技术对电机进行控制,兼容手动和自动控制。实验表明,该移动机器人能够准确、快速地跟踪黑色导轨的变化,有效地抑制了移动过程中的静止和离轨现象。所提出的基于BP神经网络的跟踪控制系统具有较高的可靠性。
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