Commune d’Akanda, Gabon
In recent years, the continuous occurrence of civil engineering safety construction accidents not only caused huge casualties and serious economic losses, but also brought a bad social impact to the national lifeline project. This paper mainly studies the remote monitoring system of civil engineering health status information based on network communication technology. Based on the problems existing in the implementation of monitoring and measurement and the characteristics of the measurement tasks in civil engineering, this paper uses network communication technology to develop a remote monitoring system for the health status of civil engineering with independent intellectual property rights. Long-term and effective monitoring and measurement. Use the public network or private network to complete the wired or wireless data transmission and control, and provide the data processing function of the database. Relying on the non-parametric method to directly analyze the dynamic characteristics of the building structure, which is conducive to the timely update of the system. Experimental data shows that the saturation and frequency values collected by this remote health monitoring and warning system are accurate and usable: the normal saturation range is 96-100%; the appropriate frequency is 65-105 times per minute. The experimental results show that the remote monitoring system of civil engineering health status based on network communication technology realizes remote control measurement and automatic analysis and processing of the measured data. The popularization of this system in the current stage of civil engineering construction can promote the development of the project in the direction of increasing safety and stability.
Network Communication Technology, Health Status Information, Remote Monitoring System, Civil Engineering, Non-Parametric Method
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