Abstract
Urban emergencies are hard to avoid. Traffic emergency response after an incident plays an important role in reducing losses and is a key link in urban emergency management. However, the traditional traffic management methods have been difficult to face the complicated conditions and requirements in such problems. The introduction of Internet of Things and data mining technology to establish a traffic emergency response system under urban emergencies can significantly improve the level of urban emergency response and realize efficient intensive management. The system mainly includes sub-systems, such as personnel evacuation data collection system, vehicle operation data collection system, rescue material distribution data collection system, personnel settlement place data collection system, traffic bayonet intelligent identification system, etc. It also devises the working programs for command management, personnel evacuation and disaster disposal in case of emergency, and improves the urban emergency support management system. With the support of Internet of Things and the data mining technology, the traffic emergency response system can timely and accurately control the flowing information of personnel and vehicles, quickly and conveniently resettle personnel and vehicles, effectively carry out follow-up rescue work, effectively improve rescue efficiency and improve the level of urban management.
Highlights
With the continuous improvement of urbanization level, the problem of loss of personnel and property caused by natural disasters, safety accidents, terrorist attacks and other unexpected incidents has become increasingly prominent [1], [2]
DESIGN OF TRAFFIC EMERGENCY RESPONSE SYSTEM UNDER URBAN EMERGENCIES The traffic emergency response system under urban emergencies aims at rapid evacuation, personnel rescue and incident disposal
Compared with the traditional rescue system, the traffic emergency response system designed in this paper has the following advantages: the system has fast response speed and high accuracy
Summary
With the continuous improvement of urbanization level, the problem of loss of personnel and property caused by natural disasters, safety accidents, terrorist attacks and other unexpected incidents has become increasingly prominent [1], [2]. Compared with the traditional rescue system, the traffic emergency response system designed in this paper has the following advantages: the system has fast response speed and high accuracy This solves the problem that the rescue organization in the traditional rescue system cannot obtain the accident scene information in time, resulting in slow response speed and high error rate; on the other hand, the system integrates personnel evacuation data, vehicle operation data, relief material configuration and distribution data, resettlement site data, and traffic card mouth data into a processing system for data analysis and processing. This can ensure the synergy between the respective systems to the maximum extent and achieve the optimal system
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