Fire-extinguishing practice commanding application method

Abstract

The invention discloses a fire-extinguishing practice commanding application method, and the method comprises the steps: carrying out the data overlapping of fire information data, and forming an intelligent information network map service layer; carrying out the data modeling of the fire information data, and forming fire spreading trend information; carrying out the assessment of the fire spreading trend information according to a fire-fighting information level assessment standard; drawing the fire-extinguishing rescue disaster level information and rescue decision data through a three-dimensional map according to the fire-extinguishing rescue disaster level information; carrying out the overlapping of the intelligent information network map service layer and a commanding scheduling application layer as the fire-extinguishing practice commanding basis. The method achieves the systematic improvement of the cooperative combat capability of each participating department through the effect assessment in a simulation environment and practice application scenes for many times. The method enables a decision-making capability of a commander to be more precise and effective, and fire fighters can obtain the data information with the big-data analysis and support function. The method enables the fire extinguishing to be more reasonable, and can reduce the injuries.

Description

Technical field [0001] The invention relates to the technical field of informatization and intelligent application innovation and development of the fire protection industry, in particular to a method for realizing a fire fighting and rescue actual combat command and its application by using a computer. Background technique [0002] Through years of special construction, the national fire protection system has continuously improved the basic informatization network and hardware facilities, fully developed business applications, significantly improved the level of information sharing, and increasingly highlighted the ability to support decision-making. It has gradually established the application concept of intelligent information leading police affairs, and has basically taken shape A new pattern of comprehensive, full-staff, and full-process information application. The application of fire information technology has covered the main areas of fire protection work, and has changed...

AI Technical Summary

Problems solved by technology

[0006] 1) Each participating department performs its own duties, and the information is relatively independent. The information reported to the commander is often scattered and cannot guarantee timeliness. This forms a barrier for the commander to fully control the disaster information and affects the decision-making ability of the commander.

[0007] 2) Combatants did not acquire real-time fire situations and response plans in a timely manner, resulting in low combat efficiency and high damage

[0008] 3) The commander's command and dispatch of fire fighting and rescue operations is more based on subjective ability and professionalism, lacking the value extraction of on-site real-time information, and deeper on-site fire information cannot become a favorable support for command decision-making

[0009] 4) There is no unified platform and analysis basis to support scheduling for the scheduling and processing of guaranteed resources required for fire fighting and rescue