A Campus Prototype of Interactive Digital Twin in Cyber Manufacturing
A Campus Prototype of Interactive Digital Twin in Cyber Manufacturing
复制标题
网络制造中交互式数字孪生的校园原型
DOI：
10.1145/3560905.3568049
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发表时间：
2022
期刊：
影响因子：
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通讯作者：
Xu, Wenyao
中科院分区：
文献类型：
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作者：
Rubino, Matthew;Weng, Michelle;Chen, Jiasheng;Saptarshi, Shardul;Francisco, Marcus;Francisco, Alex;Zhou, Chi;Sun, Hongyue;Xu, Wenyao
智能制造和工业4.0正在给制造业带来颠覆性的变化。智能制造提高了生产力，为工人创造了更安全的条件，简化了产品定制，同时降低了业务费用[2]。为此，我们为远程机器管理创建了一个灵活的三组件架构，并使用它来构建位于布法罗大学校园的Creality Ender-3 Pro 3D打印机的数字孪生原型。这双胞胎为用户提供了通过网络界面从世界任何地方监视和控制机器的能力。我们的系统通过增加双视图来改进现有技术，例如Octoprint [1]。它还依赖于更便宜的组件，使用Arduino和ESP 32而不是Raspberry Pi。最后，现有技术往往集中在一种特定类型的机器上。相比之下，我们的框架是灵活的，能够支持许多不同的机器。
Smart manufacturing and Industry 4.0 are bringing disruptive changes to the manufacturing sector. Smart manufacturing increases productivity, creates safer conditions for workers, and simplifies product customization, all while decreasing business expenses [2]. To this end, we have created a flexible three-component architecture for remote machine management, using it to build a digital twin prototype of a Creality Ender-3 Pro 3D printer located on the University at Buffalo campus. This twin provides users with the ability to monitor and control the machine from anywhere in the world through a web interface. Our system improves upon existing technologies, such as Octoprint [1], through the addition of twin views. It also relies upon cheaper components, using the Arduino and ESP32 rather than the Raspberry Pi. Finally, existing technologies tend to focus on one specific type of machine. In contrast, our framework is flexible, capable of supporting many different machines.