Research on Key Technologies of Artificial Intelligence-Based Multi-Sensor Data Fusion Laboratory Safety Early Warning System

Now the university laboratories are getting bigger and more complex, and the old security monitoring methods have not worked very well. This paper has a new method to use deep learning and a variety of sensor data fusion to do laboratory safety early warning. The system has two main parts, one is the improved time attention mechanism, the other is the multi-modal feature fusion network, which works together to intelligently monitor the laboratory environment and issue abnormal alarms in time.After testing, the new system was found to be much stronger than the old method, the alarm accuracy rate was 93.5%, and the reaction speed was kept within 400 milliseconds under normal working conditions. We also actually spent half a year, during which the system successfully found a lot of laboratory safety hazards, indicating that it really worked.

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Publication Details

Published
2025-04-25
DOI
https://doi.org/10.1145/3744367.3744409
Primary Topic
Big Data Technologies and Applications
Type
article
Field-Weighted Citation Impact
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article

Research on Key Technologies of Artificial Intelligence-Based Multi-Sensor Data Fusion Laboratory Safety Early Warning System

Yuezheng Chen, Qian Liu
Big Data Technologies and Applications
article

Research on Key Technologies of Artificial Intelligence-Based Multi-Sensor Data Fusion Laboratory Safety Early Warning System

Yuezheng Chen, Qian Liu
article en

Abstract

Now the university laboratories are getting bigger and more complex, and the old security monitoring methods have not worked very well. This paper has a new method to use deep learning and a variety of sensor data fusion to do laboratory safety early warning. The system has two main parts, one is the improved time attention mechanism, the other is the multi-modal feature fusion network, which works together to intelligently monitor the laboratory environment and issue abnormal alarms in time.After testing, the new system was found to be much stronger than the old method, the alarm accuracy rate was 93.5%, and the reaction speed was kept within 400 milliseconds under normal working conditions. We also actually spent half a year, during which the system successfully found a lot of laboratory safety hazards, indicating that it really worked.

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Big Data Technologies and Applications
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