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Design of Lane Keeping Assisted System Based on Improved-Predictive Control Algorithm

机译:基于改进预测控制算法的车道保持辅助系统设计

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In recent years, the active safety of automobiles has become a hot spot for experts and consumers. The Lane Keep Assist System(LKAS) is an auxiliary driving system designed for vehicles to deviate from the lane. The system detects the trajectory of the vehicle when the vehicle deviates from the correct road. It reminds the driver to correct the route or automatically adjusts the driving route to avoid the accident. In this paper, the dynamic matrix simplification factor is designed to improve the predictive control algorithm, and the improved predictive controller is used as the adjustment unit. So that the vehicle can return to a safe driving route smoothly. It has a high research value and practical value.
机译:近年来,汽车的主动安全成为专家和消费者的热点。车道保持辅助系统(LKAS)是一种辅助驱动系统,专为车辆偏离车道而设计。当车辆偏离正确的道路时,系统检测车辆的轨迹。它提醒司机纠正路线或自动调整驾驶路线以避免事故。在本文中,设计动态矩阵简化因子以改善预测控制算法,并且改进的预测控制器用作调整单元。因此,车辆可以平稳地返回安全的驾驶路线。它具有高的研究价值和实用价值。

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