Use of Holographic Technology in Online Experimentation

Jakub Matisák, M. Rábek, K. Žáková
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引用次数: 4

Abstract

The paper deals with a web application that allows simulating 3D model of mechatronic system in holographic devices. Purpose of this application is to bring new perspective to interactive education and simplify the process of studying. Background of an application is driven by Scilab Xcos simulation software communicating via web service, which provides data. The resulting animation is displayed on a holographic device, which allows visualization. The displayed system is a 3D model of the mechatronic experiment, which represents digital model of real device. Accurate movement of experiment is obtained by linking data from Scilab Xcos with 3D model. The 3D model visualization should help with easier understanding of the subject matter.
全息技术在在线实验中的应用
本文研究了一个可以在全息设备中模拟机电系统三维模型的web应用程序。本应用程序的目的是为互动教育带来新的视角,简化学习过程。应用程序的后台由Scilab Xcos仿真软件驱动,通过web服务进行通信,提供数据。生成的动画显示在全息设备上,从而实现可视化。所展示的系统是机电一体化实验的三维模型,代表了真实设备的数字模型。通过将Scilab Xcos数据与三维模型相连接,获得了实验的精确运动。3D模型可视化应该有助于更容易地理解主题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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