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Haptic paddle and fuzzy based virtual environment model control system as a didactic tool

机译:触觉桨和基于模糊的虚拟环境模型控制系统作为教学工具

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The paper deals with design, construction and implementation of bilateral control system using fuzzy regulation. The aim of paper is implementation of a system which can be used as a didactic tool for better understanding of bilateral control concepts, as well as a base for further work. The system is composed of mechanical model of haptic paddle with one degree of freedom and virtual model of haptic paddle and its environment, interconnected using acquisition card. Virtual environments control is created using fuzzy logic. After implementing control algorithm and connecting two models — the mechanical and virtual, the functionality of system was confirmed by experimental data.
机译:本文涉及使用模糊调节的双边控制系统的设计,构建和实施。纸张的目的是实施一个系统,可以用作更好地了解双边控制概念的教学工具,以及进一步工作的基础。该系统由触觉桨的机械模型组成,具有一定程度的自由和虚拟模型的触觉桨及其环境,使用采集卡进行互连。使用模糊逻辑创建虚拟环境控制。实现控制算法并连接两个模型 - 机械和虚拟,通过实验数据确认系统的功能。

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