Optimization of actuator disposition in high level multiple degree of freedom structures is an important problem.
高层多自由度结构的作动器优化配置问题是主动控制中一个值得研究的重要问题。
A digital protection platform is designed according to IEC 61850, in which the merging unit, smart actuator and bay-level devices are mapped to actual circuit boards.
基于IEC 61850标准设计的新型数字保护平台将过程层合并单元、智能执行单元和间隔层设备映射到具体的板卡上。
The system consists of liquid level meter, controller, pneumatic actuator.
该系统由液位计、控制器、气动执行机构等部分组成。
For the execution level of controller, this paper analyzed the working principle of clutch actuator and the motor control strategy.
针对执行层控制器，本文分析了离合器的执行机构及其工作原理，制定了离合器驱动电机控制策略。
Decision level determines target instruction in accordance with the intention of the driver, vehicle and driving environment; execution level controls the actuator according to the target instruction.
决策层根据驾驶员意图、车辆运行状态和行驶环境确定目标指令，执行层则按此目标指令进行执行机构的控制。
Decision level determines target instruction in accordance with the intention of the driver, vehicle and driving environment; execution level controls the actuator according to the target instruction.
决策层根据驾驶员意图、车辆运行状态和行驶环境确定目标指令，执行层则按此目标指令进行执行机构的控制。
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