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In some traditional robot control systems, the communication between all kinds of sensors and CPU controllers is mostly based on the serial communication way which is difficult to adapt to the complex location environment in the industrial field. In order to solve this problem, through field experiments, it is found that CAN bus can be adaptable to severe environment due to its advantages of real-time communication and strong electromagnetic interference resistance. Based on this, this paper proposes a control system of omnidirectional mobile platform based on CAN bus, through the analysis of the motion of the angular velocity of the mobile platform, using CAN bus to collect the motor speed information and the fuzzy PID control algorithm to determine the precise motor speed, realizing high precision platform walking control. The results show that the system can carry out the work of material handling and assembly tools in a safe and normal way.

Design about Control System of Omnidirectional Mobile Platform Based on CAN Bus