Construction scene anomaly monitoring method and device

Abstract

The invention provides a construction scene anomaly monitoring method and device. A central processor calls an algorithm model, the central processor receives a construction scene image, a neural network processor operates the construction scene image according to the algorithm model and outputs an operation result, and the central processor judges whether the construction scene in the construction scene image is abnormal or not based on the operation result; the construction scene image is operated, whether the construction scene is abnormal or not is judged based on the operation result, long-term manual monitoring of the construction scene is avoided, and the required manpower is reduced.

Description

technical field [0001] The invention belongs to the field of construction scene image monitoring, and in particular relates to a construction scene abnormality monitoring method and device. Background technique [0002] With the rapid development of my country's economic construction, construction sites in various industries are in full swing, such as national highways, high-speed rail lines, power substations and high-voltage transmission networks, oil pipeline laying, etc. Many of these construction sites are located in areas that deviate from the city. It has a remarkable feature that with the construction of the construction site, the construction site of the construction site also moves with the continuous change of the line. The traditional monitoring solution is not able to meet the application requirements of this type of project. The high-definition intelligent control ball is in the domestic 4G network. Popularization, high-definition video technology, GPS Beidou pos...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of my country's economic construction, construction sites in various industries are in full swing, such as national highways, high-speed rail lines, power substations and high-voltage transmission networks, oil pipeline laying, etc. Many of these construction sites are located in areas that deviate from the city. It has a remarkable feature that with the construction of the construction site, the construction site of the construction site also moves with the continuous change of the line. The traditional monitoring solution is not able to meet the application requirements of this type of project. The high-definition intelligent control ball is in the domestic 4G network. Popularization, high-definition video technology, GPS Beidou positioning, storage and other electronic information technology's rapid development and mature technical products can be widely used in remote temporary deployment and control scenarios, including the application of safety management and control of the above-mentioned construction sites; but the existing solutions only Monitoring can be realized, and the monitoring image is transmitted back to the remote monitoring center through 4G, and the personnel in the monitoring center can judge whether there is any violation.

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