基于红火龙果板的电子实验室安全远程连接的开发

Ciprian-Marian Stan, L. Scripcariu
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引用次数: 0

摘要

设计特殊的工程学习项目,以满足个人需求,提供适应性强的学习途径,并能方便快捷地获得相关的教育资源和教师,这是一项复杂而艰巨的任务,必须解决,以确保工程教育的光明未来。实验室在工程和应用科学教育中起着至关重要的作用。随着互联网和IT(信息技术术语,包括开发、安装和使用与计算和电信有关的任何东西)技术的发展和全球人们的联系,虚拟和远程实验室的发展已成为必然。这一创新对于参加传统课堂课程以及在线或远程学习课程的学生都是有益的。由于越来越多的智能和便携式设备可以连接到互联网,学生们现在可以延长或调整他们的学习时间。这种便利极大地促进了他们管理时间和获得自主学习技能的能力,这对他们未来的职业生涯很有帮助。虚拟和远程实验室提供的灵活性和便利性也使资金有限的教育机构受益,因为它们减少了维护费用,并使大学能够在实验上进行合作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Secure Remote Connection for the Electronics Laboratory Based on Red Pitaya Board
Designing exceptional engineering study programs that cater to individual needs, provide adaptable learning paths, and enable easy and quick access to relevant educational resources and instructors is a complex and demanding task that must be resolved to ensure a bright future for engineering education. The laboratory plays a vital role in engineering and applied science education. As the internet and IT (Information technology - term that includes the development, installing and use of anything to do with computing and telecommunications) technologies have evolved and connected people globally, the development of virtual and remote laboratories has become inevitable. This innovation is beneficial for students enrolled in traditional classroom-based courses, as well as online or distance learning programs. Students can now extend or adjust their study time, thanks to the growing number of smart and portable devices that can connect to the internet. This convenience greatly facilitates their ability to manage their time and acquire self-directed learning skills, which will be helpful in their future careers. The flexibility and convenience offered by virtual and remote laboratories benefit educational institutions with limited funding as well, as they reduce maintenance expenses and enable universities to collaborate on experiments.
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