Investigation and Development of Demonstration System for Training in the Field of Home Automation

2020 IEEE European Technology and Engineering Management Summit (E-TEMS) Pub Date : 2020-03-01 DOI:10.1109/E-TEMS46250.2020.9111855

Artem Tulenkov, A. Parkhomenko, Yevhenii Yaremchenko, Aleksandr Sokolyanskii, Y. Zalyubovskiy, Marina Kalinina, A. Parkhomenko, Aleksandr Stepanenko, Maksym Andreiev

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引用次数: 1

Abstract

The paper shows the feasibility of the development and application of specialized demonstration systems (hardware/software complexes) for training in the field of home automation technologies. Existing solutions from well-known developers have been analyzed; their advantages and disadvantages are shown. The possibilities of existing remote and virtual laboratories for studying Internet of Things technologies and, in particular, Smart House systems, were investigated. As a result, based on the Legrand platform, a hardware/software complex MyHome was designed and practically implemented. It contains a block of complex and simple scenarios, a bus power supply, an access gateway to OpenWebNet system, a thermal monitoring system, control devices, and circuit breakers. For the realization of the monitoring subsystem, additional usage of the Raspberry Pi minicomputer with installed OpenHAB platform was proposed. Students can use the created system, teachers, as well as research engineers to study principles of Smart House control as well as and to develop patterns of human activity in order to realize scenarios to ensure comfort, energy efficiency and resources saving.

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家庭自动化领域培训示范系统的研究与开发

本文展示了开发和应用专门的演示系统(硬件/软件综合体)在家庭自动化技术领域进行培训的可行性。分析了知名开发商的现有解决方案;指出了它们的优缺点。研究了现有的远程和虚拟实验室用于研究物联网技术，特别是智能家居系统的可能性。因此，基于罗格朗平台，设计并实际实现了一个硬件/软件综合体MyHome。它包含一个复杂和简单的场景块、总线电源、OpenWebNet系统的接入网关、热监控系统、控制设备和断路器。对于监控子系统的实现，提出了安装了OpenHAB平台的Raspberry Pi小型机的附加使用。学生可以使用创建的系统，教师和研究工程师来研究智能家居控制原理，并开发人类活动模式，以实现场景，以确保舒适，节能和节约资源。

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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2020 IEEE European Technology and Engineering Management Summit (E-TEMS)

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