电气工程的物联网学习

Hezron Hezron, Virginia Lalujan, Ghandy Ghandy
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引用次数: 0

摘要

摘要:本文的主要目的是概述结果并总结物联网学习的研究成果,这些研究成果增加了学习机会,并对电气工程教育产生了更积极的影响,特别是对相互通信的物理对象中的机器和传感器。物联网学习试图通过使用智能技术(在我们的案例中是NodeMCU和Arduino)来增强学习模式的多样性或人们如何访问和管理信息以获取知识的方式。这些成功的经验为在教育4.0中开辟更广泛的创新主题树立了信心。期望目前的研究结果能够激励和支持现行的电子和远程信息处理教育,通过使用更结构化和更直接的数字学习技术来优化可靠性和有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Learning for Electrical Engineering
Abstract—The primary aim of this Paper is to outline results and to summarize research findings on IoT learning that increase learning opportunities and give more positive impact to Electrical Engineering education especially on machines and sensor in physical object communicating with each other. IoT learning tries to enhance the learning patterns variety or how the ways people access and manage information to acquire knowledge by using smart technology which in our case is a NodeMCU and Arduino. The successful experiences build confidence to open wider subject of innovations in education 4.0 as it is discussed in the paper. It is expected that the current results motivate and support the running electronics and telematics education to be optimized in reliability and effectiveness by using more structure and direct approach in digital learning technology.
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