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Development of an ESP Control Logic Based on Force Measurements Provided by Smart Tires

机译:基于智能轮胎测力的ESP控制逻辑开发

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The present paper investigates possible enhancement of ESP performance associated with the use of smart tires. In particular a novel control logic based on a direct feedback on the longitudinal forces developed by the four tires is considered. The control logic was developed using a simulation tool including a 14 dofs vehicle model and a smart tires emulator. Performance of the control strategy was evaluated in a series of handling maneuvers. The same maneuvers were performed on a HiL test bench interfacing the same vehicle model with a production ESP ECU. Results of the two logics were analyzed and compared.
机译:本文研究了与使用智能轮胎相关的ESP性能的可能增强。特别地,考虑了基于对由四个轮胎产生的纵向力的直接反馈的新颖的控制逻辑。使用包括14自由度车辆模型和智能轮胎仿真器的仿真工具开发了控制逻辑。控制策略的性能通过一系列的操纵演习进行了评估。在将相同车辆模型与生产型ESP ECU接口的HiL测试台上进行了相同的操作。分析和比较了两种逻辑的结果。

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