On enhancing the efficiency and comfort of physical training and sports sessions through the use of the electronic automation system 'Smart Home'
Authors:
1.
Krasnodar branch of Plekhanov Russian University of Economics
(kafedra korporativnogo i gosudarstvennogo upravleniya, docent)
employee from 01.01.2019 until now
Krasnodar, Krasnodar, Russian Federation
employee from 01.01.2019 until now
Krasnodar, Krasnodar, Russian Federation
Type:
Article
Pages:
from 283
to 292
Status:
Published
Received:
03.03.2025
Accepted:
01.04.2025
Published:
20.06.2025
Subject area:
796.015
77.01
77.01
Language:
Russian
Keywords:
electronic automation system, "Smart Home", physical education, sports, training sessions
Funding:
At their own expense
Abstract (English):
The purpose of the study is to explore the possibilities of the "Smart Home" system's effective influence on the level of comfort and efficiency in physical exercise activities. Tasks: to study the literature on "Smart Home" automation systems, analyze their theoretical and methodological foundations; to examine the most popular types of relevant digital protocols; to assess the impact of "Smart Home" systems on the daily activities of users; to conduct a survey among students of the Krasnodar Branch of Plekhanov Russian University of Economics and determine their level of awareness about the "Smart Home" system; to configure and expand the functionality of the automation system for "KNX" based on "ETS-6" and carry out its commissioning, setup of the logistics block, and visualization to ensure effective use of the "Smart Home" in the training process and functional rehabilitation of users. Research methods: theoretical analysis of scientific literature and internet sources; sociological survey; implementation of experimental practical research based on "ETS" for "KNX". Research results and conclusions. The obtained results suggest the feasibility and appropriateness of implementing the electronic "Smart Home" system in the process of physical education and sports training for participants, which will enhance the comfort and effectiveness of the training.
The purpose of the study is to explore the possibilities of the "Smart Home" system's effective influence on the level of comfort and efficiency in physical exercise activities. Tasks: to study the literature on "Smart Home" automation systems, analyze their theoretical and methodological foundations; to examine the most popular types of relevant digital protocols; to assess the impact of "Smart Home" systems on the daily activities of users; to conduct a survey among students of the Krasnodar Branch of Plekhanov Russian University of Economics and determine their level of awareness about the "Smart Home" system; to configure and expand the functionality of the automation system for "KNX" based on "ETS-6" and carry out its commissioning, setup of the logistics block, and visualization to ensure effective use of the "Smart Home" in the training process and functional rehabilitation of users. Research methods: theoretical analysis of scientific literature and internet sources; sociological survey; implementation of experimental practical research based on "ETS" for "KNX". Research results and conclusions. The obtained results suggest the feasibility and appropriateness of implementing the electronic "Smart Home" system in the process of physical education and sports training for participants, which will enhance the comfort and effectiveness of the training.
Keywords:
electronic automation system, "Smart Home", physical education, sports, training sessions
electronic automation system, "Smart Home", physical education, sports, training sessions
1. Brown P. (2021), "Smart home: The evolution of automation technologies", Innovative solutions in construction, No. 12, pp. 45–49.
2. Gromov S.A. (2021), "Innovative technologies in sports facilities: automation and energy efficiency", Infra-M, Kazan.
3. Ivanov I. P. (2021), "Integration of IoT technologies into Smart homes to improve energy efficiency", Smart cities and buildings, Proceedings of the international scientific and practical conference, Moscow, pp. 230–235.
4. Smith J. (2022), "Modern home automation systems: technologies and prospects", Smart Home Journal, No. 1, URL: https://smarthomejournal.com/issue_22.
5. Zigbee Alliance (2020), "Zigbee Smart Home Solutions and Integration with KNX Systems", URL: https://www.zigbee.org.
