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A Study on Automatic Driving Technique of Tractor-semitrailer

机译:拖拉机 - 半拖车自动驾驶技术研究

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In order to elevate the driving stability of tractor semitrailer for automated vehicle control, the issue of automated steering and independent braking control of a tractor-semitrailer vehicle system is delivered. The input/output linearization and Lyapunov minimax approach were used and combined in the design of the control. The design was programmed and simulated in Matlab. The results show that in spite of the presence uncertainty, the proposed design achieves lane following and prevents the jack-knifing phenomenon of tractor-semitrailer system.
机译:为了提升拖拉机半拖射器的自动化车辆控制的驱动稳定性,递送了自动转向和自动转向的问题和拖拉机 - 半拖射车辆系统的独立制动控制。 使用输入/输出线性化和Lyapunov Minimax方法并组合在控制设计中。 该设计在Matlab中编程和模拟。 结果表明,尽管存在不确定性,所提出的设计实现了巷道,并防止了拖拉机 - 半拖射系统的千斤顶刀现象。

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