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Research on Redundancy and Fault-Tolerant Control Technology of Levitation Join-Structure in High Speed Maglev Train

机译:磁悬浮列车悬浮连接结构的冗余与容错控制技术研究

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摘要

The phenomenon occasionally occurs during the running of the high-speed maglev train that the suspension control unit fail to work. However, whether the suspension system is normal is directly related to the safety of the train. Therefore, the particular levitation join-structure is adopted in the high speed maglev train. This study is conducted to obtain redundancy and fault-tolerant control technology of levitation join-structure. The mathematical model of levitation join-structure is established and the suspension controllers are designed, so as to solve the failure problem of one suspension control unit and improve the reliability of the entire suspension system
机译:在高速磁悬浮列车运行期间,偶尔会出现悬架控制单元无法工作的现象。但是,悬架系统是否正常直接关系到列车的安全性。因此,在高速磁悬浮列车中采用了特定的悬浮连接结构。进行此项研究以获得悬浮连接结构的冗余和容错控制技术。建立了悬浮连接结构的数学模型,设计了悬架控制器,以解决一个悬架控制单元的故障问题,提高整个悬架系统的可靠性。

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