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ABS Self-Adjustment Threshold Control Based on MATLAB

机译:基于MATLAB的ABS自调整阈值控制

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In order to get good control effects on ABS simulation study, the optimal logic threshold value of logic threshold value control method will be changed with the variation in speed and road adhesion coefficient. In order to study on self-adjustment logic threshold control, the vehicle model with wheeled three degrees of freedom and effective logic threshold limiting value control strategy were created in MATLAB. Simulation tests were carried out in different vehicle speed and road adhesion coefficients; then, select two important parameters which are wheel slip rate and wheel speed to study, by analyzing the duration of optimal slip rate and the stability of wheel rotation, verified the effectiveness of self-adjustment logic threshold control.
机译:为了对ABS仿真研究进行良好的控制效果,逻辑阈值控制方法的最佳逻辑阈值将随着速度和道路粘附系数的变化而改变。为了研究自我调整逻辑阈值控制,在Matlab中创建了具有轮式三次自由和有效逻辑阈值限制值控制策略的车辆模型。仿真试验是以不同的车速和道路粘附系数进行的;然后,通过分析最佳滑动速率和车轮旋转稳定性的持续时间来选择两个重要参数,验证了自调整逻辑阈值控制的有效性。

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