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Vehicle Braking Control Using Sliding Mode Control - Switching Control for Speed and Slip Ratio

机译:车辆制动控制采用滑动模式控制 - 用于速度和滑移率的切换控制

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In recent years, anti-lock brake system and brake-by-wire are proposed in the vehicle control using a brake, and the braking power is expected to be improved more than ever. The researches such as an application to the ABS of Siliding mode control which considered a actuator dynamics[l] and a hybrid control of the brake using model reference adaptive control[2] are done so far. However, in the former case, speed following that becomes a target exists physically impossible situation by saturation of tire frictional force because only speed following is done. In the latter, the model error is caused because the simulation model and the controller design model are different. Therefore, there is a problem that an accurate follow cannot be done. In this paper, the braking control is performed using the sliding mode control[3] which has high robustness for disturbance that fulfils matching conditions. In so doing, it aims at the achievement of optimal braking control to switch wheel speed following to slip ratio following.
机译:近年来,使用制动器在车辆控制中提出了防锁制动系统和制动逐线,并且预计制动功率比以往更大。诸如应用于致动器动力学[L]的硅胶模式控制的ABS的研究等研究是使用模型参考自适应控制的致动器动力学[L]和制动器的混合控制[2]。然而,在前一种情况下,通过轮胎摩擦力的饱和度是由于仅完成速度的速度,所以成为目标的速度存在物理不可能的情况。在后者中,模型错误是因为仿真模型和控制器设计模型不同。因此,存在无法完成准确的问题。在本文中,使用滑动模式控制[3]进行制动控制,该滑动模式控制具有高稳健性的鲁棒性,符合匹配条件。在这样做时,它旨在实现最佳制动控制,以便在滑移比下切换轮速。

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