Cyber­physical lighting systems for «Smart Home»

DOI: 10.31673/2412-9070.2019.055519

Abstract

A cyberphysical lighting system for a «smart home» is considered. The system provides comfort and energy savings. Automatic and manual control is supported. Provides control over lighting, sockets and effectively utilizes natural lighting. The system manages the application on a mobile device. Communication between system modules via wireless network. In such a system, sensors, equipment and information systems are connected throughout the entire value chain that goes beyond the scope of one enterprise or business. These systems interact with each other using standard Internet protocols for forecasting, self-tuning and adaptation to changes. Cyber-physical systems belong to the fourth industrial revolution. The first industrial revolution took place thanks to the steam engine, dramatically increasing labor productivity in the 19th century, the second was marked by mass production in the early 20th century through the use of electricity. The third revolution can be considered intermediate and include industrial robots and automation from the beginning of the 1970s, respectively, the fourth industrial revolution means the emergence of a fully digital industry based on the mutual penetration of information technology and industry. Cyber-physical systems span entire industries and countries at different speeds and in different directions.Broad product lines such as automotive, food, benefit from the flexibility of cyber-physical systems and increased productivity. High-quality industries such as electronics and pharmaceuticals benefit from the use of big data and analytics, and the continuous improvement of product quality and functionality

Keywords: lighting system; cyber-physical system; smart house; automated lighting.

References
1. Тесля Е. «Умный дом» своими руками. Строим интеллектуальную цифровую систему в своей квартире: Питер; Сантк-Петербург; 2008.
2. Мельник А. О. Кіберфізичні системи: проблеми створення та напрями розвитку // Вісник Нац. ун-ту «Львівська політехніка». 2014. № 806. С. 154–161.
3. Дистанційне керування [Електронний ресурс]. URL: http://hifidom.com.ua/statti/smarthome/distcontrol
4. Дистанційне керування освітленням [Електронний ресурс]. URL: http://constructing-yes.ru/elektroobladnannja/997-distancijne-keruvannja-osvitlennjam.html