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Investigation on Adaptive Sliding-Mode Control Algorithms of Automobile Antilock-Braking System

机译:汽车防姑式制动系统自适应滑模控制算法研究

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This paper presents a parameter- adaptation sliding control algorithm based on the analysis of zero-order and one-order switching sliding-mode control algorithms for the non-linear control model of antilock-braking system (ABS). The algorithm, which combines sliding mode control, adaptive control and ABS, weakens the influence of chattering on braking process. The adaptive sliding control algorithm is compared with the other two algorithms using MATLAB. The results of simulation verify that the adaptive sliding algorithm has the advantage of the capability of braking and the order of system input.
机译:本文介绍了基于零阶和一阶交换滑模控制算法的参数适应滑动控制算法,用于防姑娘制动系统(ABS)的非线性控制模型。结合滑动模式控制,自适应控制和ABS的算法削弱了抖动对制动过程的影响。将自适应滑动控制算法与使用MATLAB的其他两种算法进行比较。仿真结果验证了自适应滑动算法具有制动能力和系统输入顺序的优点。

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