The Design And Implementation Of A Dynamic Management System Of Fire Fighting Vehicles Based On GIS

With the continuous development of society increasingly heavy fighting and rescue tasks, the quality of the tasks performed direct impact on people’s lives and property. Therefore, improving the ability of the fire department’s quick alarm, rapid execution capabilities and strengthen the management of fire fighting vehicles, dynamic scheduling has become one of the important tasks of the fire department. In recent years, vehicle dynamic management based on GIS technology to solve this problem to make a strong contribution. Vehicle monitoring system is of great significance.This paper analyzes the background and theoretical significance of the content of the study, described the development of the state of today’s domestic vehicle monitoring system, vehicle monitoring system proposed for further study of the urgency and necessity. By reading a lot of literature on the subject in-depth analysis of the vehicle monitoring system design principles and architecture of the vehicle terminal, control terminals and communication mechanisms to achieve these three specific modules were discussed in detail, and ultimately proposed GIS-based fire-fighting vehicles design and implementation of this specific program dynamic management system. Through the system to achieve a real-time location of fire vehicles and monitoring, monitoring of end-to-vehicle terminal at any time scheduling and vehicle terminal sends an alarm, request support and other information.To enhance the efficiency of the fire department to perform tasks of great value GIS design and implementation of fire management system based on vehicle dynamics. The system will eventually go through experimental testing to achieve the desired effect.