Robust multitracking controllers for independent automotive subsystems

R. Barnard, S. Beydoun
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Abstract

Procedures and criteria are presented for the design of robust multitracking controllers for hierarchical, multivariable systems (i.e. controllers that generate prescribed tracking behavior in systems with interactive subsystems and multiple inputs and outputs). The basic objectives are design procedures and criteria applying specifically to the independent four-wheel control of automotive suspension, traction, steering, and braking systems. An explicit example relating to automotive suspensions is presented.<>
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独立汽车子系统鲁棒多跟踪控制器
提出了设计用于分层多变量系统的鲁棒多跟踪控制器的程序和准则(即在具有交互子系统和多个输入输出的系统中生成规定跟踪行为的控制器)。基本目标是设计程序和标准,具体适用于汽车悬架、牵引、转向和制动系统的独立四轮控制。给出了一个与汽车悬架有关的具体例子。
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