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Constrained MPC for Bilateral Control of Hydraulic Stewart Master-slave System

机译:液压踩踏大师奴隶系统双边控制的受限MPC

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A master-slave system consisting of a hydraulic Stewart mechanism is developed. This system can be used for grinding complex curved surfaces while keeping the operator away from the harmful dust produced. to prevent the upper platform from moving in the wrong direction because of the limitations of the hydraulic drive capability, a constrained model predict control (MPC) controller is developed for the slave platform. Experiments are performed to verify the performance of the controller.
机译:开发了由液压踩踏机构组成的主从系统。 该系统可用于研磨复杂的弯曲表面,同时将操作员远离产生的有害灰尘。 为了防止上部平台由于液压驱动能力的限制而在错误的方向上移动,因此为从平台开发了受约束的模型预测控制(MPC)控制器。 进行实验以验证控制器的性能。

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