With the rapid development of information technology, the concept of smart cities is no longer a fantasy in science fiction, but has gradually become a realistic trend in the development of modern cities. Under the framework of Digital China, emergency management, as an important part of smart city construction, is undergoing unprecedented changes. By introducing AI big models, the construction of emergency management systems is moving towards a more intelligent, precise and efficient direction, providing a solid guarantee for the safety and stability of cities.

In traditional emergency management, information collection and processing are often manual and decentralized, which is not only time-consuming and labor-intensive, but also prone to errors. The introduction of AI big models enables the emergency management system to realize automatic data collection and intelligent analysis. Through smart facilities such as smart lamp poles and lamp pole screens, cities can obtain various environmental data and public safety information in real time, including but not limited to air quality, traffic flow, crowd density, building status, etc. AI big models can quickly process and analyze these massive amounts of data, identify potential risk points and emergency situations, and provide scientific basis for decision makers.

In emergency management, precision means being able to detect and deal with potential dangers in a timely manner, avoid accidents or reduce the impact of accidents. Through deep learning and natural language processing technology, AI big models can analyze historical data, discover rules and patterns, and thus predict future risk points. Smart light poles can monitor the noise level in the city in real time. Combined with meteorological data and traffic information, AI big models can predict which areas may have safety hazards, so as to intervene in advance. Light pole screens can serve as an important channel for information release, timely release early warning information to citizens, and enhance citizens' awareness of prevention.

In the face of emergencies, rapid response and coordinated disposal are the key to emergency management. AI big models can quickly identify emergencies through real-time data analysis and automatically trigger emergency plans. When a smart light pole detects a fire in a certain area, the AI big model can immediately call the surrounding surveillance cameras to obtain more on-site information and notify relevant agencies such as the fire department and the police department. Through the coordinated disposal of multiple departments, the emergency response time can be greatly shortened and the disposal efficiency can be improved. The lamp pole screen can be used as a temporary command center to display the scene and emergency plan, helping the on-site personnel to quickly understand the situation and take action.

The AI big model will be integrated and innovated with technologies in more fields to further improve the intelligence, precision and efficiency of emergency management. By introducing the Internet of Things technology, smart lamp poles can collect various types of data more comprehensively. By introducing blockchain technology, the authenticity and security of data can be ensured. By introducing edge computing technology, local processing of data can be achieved and transmission delays can be reduced.

The construction of the emergency management system of Digital China Smart City is moving towards a more intelligent, precise and efficient development direction with the support of the AI big model. As an important part of the construction of this system, smart lamp poles and lamp pole screens can not only monitor various situations in the city in real time, but also serve as important tools for information release and command and dispatch, providing citizens and all sectors of society with safer and more convenient services.