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Design of Remote Monitoring and Control System for Construction Sites Based on the Internet of Things
In today’s engineering construction sites, the Internet of Things (IoT) technology is no longer a unfamiliar concept. It is like an invisible conductor, closely connecting every device, every machine, and even every worker to a remote monitoring center through sensors, building a huge and intelligent information network. This network is not just a simple data transmission channel, but more like the heart and brain of a construction site, sensing, analyzing, and responding to various situations in real-time. From small environmental changes to the precise operation status of equipment, to the real-time location and health status of workers, all information is captured and transmitted in real-time. Through experiments, it can be found that the remote monitoring and control system for engineering construction sites only connected to the internet had 51 risks within 1–3 h, 52 risks within 3–6 h, 18 risks within 6–9 h, and 28 risks within 9–12 h. The total number of risks discovered within 12 h was 149, while the number of risks not discovered was only 1. From this, it can be seen that the system has not only greatly improved construction efficiency and reduced costs when potential risks arise, but also created a safer, more efficient, and harmonious working environment for everyone who works hard on the construction site. This is a complete revolution against traditional construction models, indicating the future development direction of the construction industry.
Design of Remote Monitoring and Control System for Construction Sites Based on the Internet of Things
In today’s engineering construction sites, the Internet of Things (IoT) technology is no longer a unfamiliar concept. It is like an invisible conductor, closely connecting every device, every machine, and even every worker to a remote monitoring center through sensors, building a huge and intelligent information network. This network is not just a simple data transmission channel, but more like the heart and brain of a construction site, sensing, analyzing, and responding to various situations in real-time. From small environmental changes to the precise operation status of equipment, to the real-time location and health status of workers, all information is captured and transmitted in real-time. Through experiments, it can be found that the remote monitoring and control system for engineering construction sites only connected to the internet had 51 risks within 1–3 h, 52 risks within 3–6 h, 18 risks within 6–9 h, and 28 risks within 9–12 h. The total number of risks discovered within 12 h was 149, while the number of risks not discovered was only 1. From this, it can be seen that the system has not only greatly improved construction efficiency and reduced costs when potential risks arise, but also created a safer, more efficient, and harmonious working environment for everyone who works hard on the construction site. This is a complete revolution against traditional construction models, indicating the future development direction of the construction industry.
Design of Remote Monitoring and Control System for Construction Sites Based on the Internet of Things
Sustain. Civil Infrastruct.
Al-Turjman, Fadi (editor) / Wang, Juanjuan (author)
International Conference on Smart Applications and Sustainability in the Artificial Intelligence of Things ; 2024 ; Türkiye
2024-12-27
10 pages
Article/Chapter (Book)
Electronic Resource
English
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