Path Control Experiment of Mobile Robot Based on Supervised Learning

Gao Chi, Luo Min Zhou, Zhang Heng

Abstract


To solve the weak capacity and low control accuracy of the robots which adapt to the complex working conditions, proposed that a path control method based on the driving experience and supervised learning. According to the slope road geometry characteristics, established the modeling study due to ramp pavement path control method and the control structure based on monitoring and self-learning. Made use of the Global Navigation Satellite System did the experiment. The test data illustrates that when the running speed is not greater than 5 m / s, the straight-line trajectory path transverse vertical deviation within 士20cm ,which proved that the control method has a high feasibility.

 

DOI: http://dx.doi.org/10.11591/telkomnika.v11i12.3672


Keywords


Mobile robot; Slope path; Supervised learning; Driving experience; Route control

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