Single-structure outdoor marker monitoring system based on artificial intelligence

Abstract

The invention discloses a single-structure outdoor marker monitoring system based on artificial intelligence. The system comprises an outdoor marker intelligent monitoring platform (including a background algorithm), a terminal device and an intelligent monitoring terminal. The outdoor marker intelligent monitoring platform (including the background algorithm) is in two-way connection with the intelligent monitoring terminal through GPRS / NB-LOT. According to the invention, a front-end algorithm is adopted in the front-end intelligent monitoring terminal; calculation, judgment and screening ofmost data can be completed locally in a target monitoring object, which removes a large amount of redundant data on the front end; the data accuracy and the data processing efficiency are improved; the bandwidth consumption is reduced; the background algorithm is adopted in the back-end outdoor marker intelligent monitoring platform, which can perform personalized analysis on the individual targetmonitoring object, and can also perform correlation analysis between different target monitoring objects; and the algorithm can be further optimized with the scale expansion of monitoring points andthe continuously cumulative monitoring time.

Description

technical field [0001] The invention relates to the technical field of outdoor markers with a single structure, in particular to an artificial intelligence-based monitoring system for outdoor markers with a single structure. Background technique [0002] For a long time, there have been difficulties in monitoring and management of single-structure outdoor markers, such as outdoor billboards, store signs, telecom operator iron towers, transmission line towers and other types of devices, mainly due to the wide distribution of outdoor markers and scattered Multiple objective factors such as frequent occurrence of meteorological disasters and insufficient safety awareness of sign property owners have caused difficulties in the supervision of outdoor sign groups and hidden safety hazards. The traditional monitoring method is to use manual methods for regular inspections, and the inspection cycle is often very long, usually on an annual basis. Unit, so a blank period is formed in ...

AI Technical Summary

Problems solved by technology

[0002] For a long time, there have been difficulties in monitoring and management of single-structure outdoor markers, such as outdoor billboards, store signs, telecom operator iron towers, transmission line towers and other types of devices, mainly due to the wide distribution of outdoor markers and scattered Multiple objective factors such as frequent occurrence of meteorological disasters and insufficient safety awareness of sign property owners have caused difficulties in the supervision of outdoor sign groups and hidden safety hazards. The traditional monitoring method is to use manual methods for regular inspections, and the inspection cycle is often very long, usually on an annual basis. Unit, so a blank period is formed in the detection cycle, and timely alarm and prevention of potential safety hazards cannot be achieved. With the extensive development of Internet of Things technology in recent years, there have been applications to install monitoring devices on markers, through 4G, etc. The wireless network transmits the vibration, inclination and other data information collected by the device to the management background. When the data exceeds the set threshold, the management platform will send an alarm message. Although this technology can better solve the problem of continuous monitoring of outdoor markers , which makes up for the loopholes of traditional manual regular detection. However, because the management platform is still based on traditional technology, the alarm threshold can only be set according to existing experience. Due to the type, size, material, service time, installation method, and location of outdoor marker The unified alarm threshold cannot fully fit the actual situation of these outdoor markers, and it is very easy to cause false alarms and missed alarms of alarm information. Therefore, we propose an outdoor marker with a single structure based on artificial intelligence. Monitoring System

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