物联网在远程实验室发展中的应用(以显微镜实践为例)

J. Kustija, N. D. Jayanto
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引用次数: 5

摘要

在大流行期间,设备数量有限的实验室无法充分发挥其能力,以避免过度拥挤。因此,需要在实验室的设计和安排上进行创新,以便能够灵活地远程访问实验室。然而,当社区服务小组研究疫情期间的教学实践案例时,发现了工具和用户数量之间的不平衡以及在线学习的实践机会有限等问题。因此,在这个社区服务中,只要用户连接到互联网,就可以从用户所在的地方访问远程实验室,从而为问题提供解决方案。设计的远程实验室利用物联网(IoT)来帮助学生进行显微镜主题的实习,通过采用TeamViewer技术的远程桌面作为工具,通过用户的设备访问实验室计算机。正如预期的那样,远程实验室可以用来克服实验室设备和实验室用户数量之间的不平衡,并且在大流行期间可以避免危险人群,因为只要用户连接到互联网,就可以从用户所在的地方进入。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Implementation for Development of Remote Laboratory (Case Study on Microscope Practice)
During the pandemic situation, laboratories with a limited number of equipment cannot be used to their full capacity to avoid over crowded. Thus, innovation is needed in the design and arrangement of laboratories so that they can be accessed remotely with flexible schedule. However, when the community service team studied cases of teaching and learning practices during the pandemic, problems were found, among others, the imbalance between the number of tools and users, as well as limited practical opportunities in online-based learning. Therefore, in this community service a remote laboratory which could be accessed from where the users were as long as they connected to the internet was designed to provide solution to the problems. The designed remote laboratory utilized the Internet of Things (IoT) to help students do practicum on the topic Microspcope by using a remote desktop employing TeamViewer technique as a tool to access the lab computers with the users’ device. As expected, it is proven that remote laboratory can be used to overcome the imbalance between the number of laboratory equipment and laboratory users, and to avoid dangerous crowds during the pandemic as it can be accessed from where the users are located as long as they are connected to the internet.
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