State monitoring method and device, electronic equipment and storage medium

Abstract

The present disclosure discloses a status monitoring method and device, an electronic device, and a storage medium. Since a collaborative monitoring network composed of multiple types of intelligent agents is adopted, it can targetedly cover blind spots in perspectives such as the top of the coal bunker and the corners of the corridors, and at the same time adapt to complex scenarios with large slopes and many obstacles, compensating for the application limitations of traditional devices; by performing spatio-temporal synchronization processing on multi-modal sensor data, constructing a unified data feature representation, and then combining image enhancement technology to strengthen the abnormal recognition ability of visual data, and pairing it with an environmental multi-parameter association model to analyze environmental data in real time, ensuring that the monitoring information is comprehensive and accurate, achieving the technical effects of improving the equipment and environment monitoring coverage rate in high-risk scenarios such as the coal conveying system, accurately identifying abnormal equipment operations, timely generating linkage warning information, strengthening the safety and intelligence level of thermal power operation and maintenance, and ensuring the stable operation of industrial equipment.

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