Design of a Direct Neural Braking System based on Switching Gains Controller
IRAQI JOURNAL OF COMPUTERS, COMMUNICATIONS, CONTROL AND SYSTEMS ENGINEERING,
2013, Volume 13, Issue 3, Pages 15-26
AbstractAbstract- In this paper, direct neural controller for braking system is proposed.
Learning of the presented controller depends on the training data that comes from
running the switching gain controller at different conditions of drive. The training data
consist of relative velocity error, distance error and braking force. The feed-forward
neural network is used to build direct neural controller with two hidden layers and using
back-propagation training algorithm. The performance of the presented controller is
validated using nonlinear braking model. Simulation results show the presented
controller is able to prevent the collision of vehicles at different driving conditions.
Also, the results show superiority of the direct neural controller in comparison with the
switching gain controller at all drive cases that are tested in this work.
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