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Speed controller for four-mass mechanical system with two drive units

机译:具有两个驱动单元的四批次机械系统的速度控制器

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In this paper two approaches of rotational speed control of a multi-mass system equipped with two cooperating drive units are described. The assumed control object is a model of a binocular telescope. First of the control structures is based on a PID controller with appropriate filtration to minimize the occurring torsional vibrations. This classical control concept is confronted with utilization of neural network as a speed controller. In the paper, description of the system model and its exemplary characteristics are presented. The controllers design and their comparison on the basis of the assumed criteria are depicted as well.
机译:本文描述了配备有两个配合驱动单元的多质量系统的两种转速控制方法。假设的控制对象是双目望远镜的模型。控制结构的首先基于PID控制器,具有适当的过滤,以最小化发生的扭转振动。这种古典控制概念面临着神经网络作为速度控制器的利用。在本文中,提出了对系统模型的描述及其示例性特征。控制器设计及其基于假定标准的比较。

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