Real-time adaptive cruise controller with neural network model trained by multiobjective model predictive controller data

In this paper, an adaptive cruise control system is designed that is controlled by a neural network model. This neural network model is trained with data resulting from the simulation of a multi-objective adaptive cruise control system. For this purpose, first, an adaptive cruise control system was designed using the concept of model predictive control to maintain the desired speed of the driver, maintain a safe distance with the car in front, reduce fuel consumption and increase ride comfort. Due to the time-consuming computations in predictive control systems and the consequent need for powerful and expensive hardware, it was decided to use the extracted data from the simulation of this designed cruise control system to train a neural network model and use this model to achieve control objectives instead of the predictive controller. Using the neural network model in the cruise control system, despite a significant reduction in computation time, the control objectives were well achieved, and in fact the model predictive controller accuracy and the neural network controller speed is combined.