Background of the plan
China is still a country with a shortage of forests, limited greenery, and fragile ecology. Forest resources are relatively insufficient in total quantity, of low quality, and unevenly distributed. Forest fires can burn down forest resources, harm wildlife, seriously damage the ecological environment, cause air pollution, and cause serious economic losses. Forest fire prevention is the fundamental guarantee for building ecological civilization, the primary task of forest resource protection, and an important part of emergency management in the province, which is related to the safety of people's lives, property, and forest resources.
The existing monitoring methods for forest fire prevention mainly rely on artificial ground patrols and high point patrols of observation towers, which have problems such as limited patrol scope, limited environmental factors, and low patrol efficiency; Satellite remote sensing monitoring has problems such as long monitoring cycles and limited timeliness; With the development of forestry economy and tourism in various regions, the frequent flow of people in forest areas has brought a large number of fire hazards, such as human smoking and outdoor fire, making it more difficult to discover and manage fire sources; Forest areas with high fire incidence generally have special geographical locations, and it is difficult to effectively grasp the situation at the fire scene, making command and disposal relatively difficult. The existing information technology support capabilities for forest fire command decision-making and timely disposal need to be strengthened.
Content of the plan
The system integrates advanced monitoring methods such as satellites, drones, and videos to build an all-weather and all-round forest fire prevention three-dimensional monitoring network, which can detect forest fires in a timely manner and achieve "early and small" forest fire prevention. Based on the system's application functions such as fire assessment, resource search, situation mapping, and APP disposal, it provides timely and efficient disposal support for firefighting personnel, effectively assisting in the efficient command and timely disposal of forest fires. Through checkpoint video surveillance and facial vehicle recognition technology, personnel and vehicles at forest entrances and exits are controlled to assist in investigation and evidence collection, forest area management, and improve patrol efficiency through patrol applications. By using front-end devices to automatically detect fires, the system intelligently assists in fire disposal, and dynamic control of people and vehicles, forest fires can be managed in a closed-loop manner throughout the entire process of pre disaster, during disaster, and post disaster.
Advantages of the plan
1 Carry out all-weather monitoring, real-time early warning and intelligent decision-making for forest fires, and realize the integrated management of the whole process of "pre disaster monitoring and early warning, command and disposal in disaster, and post disaster investigation and assessment".
2. Build an integrated perception system for "sky, earth, and human" to conduct three-dimensional and all-round monitoring of fire elements, achieving full coverage of monitoring objects, full integration of monitoring methods, and full aggregation of monitoring data.
3.Building a multi-dimensional, all-weather, high-frequency, and large-scale forest fire prevention three-dimensional monitoring network can detect fires earlier.
4. It has auxiliary decision-making functions such as firefighting command and situation analysis, supports multi-level deployment in provinces, cities, and counties, and can achieve information interconnection and multi-level business collaboration, enabling faster decision-making.
5.The deep learning based fireworks recognition algorithm greatly enhances the ability of fireworks recognition, making fire detection faster, alarms more accurate, and false alarms lower.
6. has remote management function, low device power consumption, stable operation 24/7, suitable for high altitude, high cold, high tide and humidity environments.
