By building a field monitoring system integrating photoelectric, radar, infrared, electromagnetic spectrum monitoring, Beidou positioning, Internet of Things and virtual simulation technology, the digital military camp further supports situation control, enriches sand table deduction, re-inspection and field management means, and realizes wide-area coverage, multi-dimensional perception and panoramic display of the core training ground.
Break the information island, break through the geographical restrictions, and realize multi-party cooperative operation, interconnection, signal sharing and resource integration and utilization. The Opinions on Promoting Basement Standardization in Camp Areas pointed out that a new system of camp area layout should be constructed, and the scientific and technological level of military facilities should be improved by means of "four innovations", digital empowerment and green construction.
The digital twin intelligent camp integrates six areas: command office, military training, political culture, company life, after-installation support and comprehensive service.
By combining visualization technology with Internet of Things, big data, cloud computing, edge computing, AI and other technologies, we can promote the optimal integration of intelligence of things and intelligence of officers and men in the field of military management, and realize massive data analysis of personnel management, work style management, safety management, energy consumption management, equipment management, early warning management and other functions, thus realizing "information preparation, information training, information promotion, information sharing, data visualization and intelligent application".
Visual camp is built by artificial lightweight modeling, and physical environments such as barracks building, water supply and drainage facilities, power supply facilities, heating facilities, greening facilities, fire fighting facilities, training ground and roads are built in the camp. The effect is mainly presented by map, and the model has high accuracy, strong interaction with the scene and can be handled freely.
The 2D panels on the left and right sides of the garage interface can view the capacity and area of the garage and the number of armored reconnaissance vehicles, infantry fighting vehicles, anti-tank missile vehicles and special vehicles. Taking YW703 armoured command vehicle as an example, you can click on a bicycle to view vehicle information such as vehicle length, vehicle width, climbing degree, unit power, vehicle height, engine, model and armor structure type.
Through indoor three-dimensional simulation modeling, we can quickly check the information of warehouse interior, inventory or alarm, and quickly find and locate the information of goods and basic equipment. Combined with the linkage of warehouse database, RFID equipment and intelligent security monitoring equipment, a situation platform is formed to classify garages, war preparation materials warehouses and gun warehouses, showing the characteristics of modular storage of warehouse materials and realizing information and intelligent management. Through intelligent hardware such as intelligent monitoring, intelligent smoke sensing, intelligent temperature sensing and intelligent line early warning, the real-time environmental monitoring data of the warehouse are obtained to form a fire alarm system. The three-dimensional visualization system displays real-time data and early warning information.
Combined with intelligent equipment, it will realize the trinity vehicle information management mode of online application, parking lot scheduling and offline management. With the goal of intelligent vehicle management, it is convenient, fast and safe for vehicles to enter and leave, and the level of vehicle management in the army is improved.
Vehicles in the camp are equipped with electronic driving licenses, and the basic information of each vehicle is entered into the electronic driving license, and the personal information of the driver is entered into the electronic driving license. Then access the information to Hightopo visualization system for viewing. Real-time display of vehicle maintenance time, timely maintenance, so that vehicles can maintain good performance at any time.
The attendance task table lists the tasks. Click on the list and the 2D panel will pop up to view the specific vehicle information. When vehicles enter and leave the camp, they will be checked by the vehicle entry and exit system, and the information such as entry and exit license plate number and entry and exit time will be recorded and stored immediately. When the vehicle is not scheduled to drive privately, the system gives an alarm sound. Data connection can be realized through local area network, which is convenient for reference at any time. When the vehicle can't return to the team on time before turning off the lights due to special circumstances, the system can automatically send a short message to inform the vehicle management.
For the monitoring and management of bicycles, taking the intelligent tank management scene as an example, the dynamic data description of component management, command system and fault diagnosis is carried out around the tank's propulsion system, armor system, weapon system and fire control system.
The built combat readiness material warehouse displays the dynamic monitoring data of temperature and humidity, inventory capacity information and operation status of key warehouses. The monitoring of temperature and humidity can ensure the good performance of combat readiness materials.
Code and mark the combat readiness materials in the camp, distinguish the quality grade, use status and support ability, and realize standard configuration and accurate positioning. Click a single item in the visual scene to see the name and quantity of the item.
Take automatic rifles, sniper rifles, submachine guns, etc. As an example to demonstrate. Click on the single gun to view the type, quantity and production date of the gun. Through temperature and humidity monitoring, firearms are prevented from being damaged by moisture.
"Soldiers, war, defense and movement are all applied to the camp." As the material basis for the survival of troops, the location of the camp is generally selected according to the deployment of troops, natural environment, construction technology, economic indicators, etc., which needs to be conducive to combat readiness and facilitate life. Generally, it is mainly in towns, close to traffic arteries. The intelligent level of barracks is closely related to military logistics support, military training, life and combat readiness. Intelligent barracks can adapt to many types of troops: one barracks meets many needs, and one warehouse matches many generations of equipment.
Through monitoring radar, full-motion video monitoring, visible infrared dual-spectrum camera, electromagnetic spectrum monitoring equipment, meteorological monitoring equipment, high-precision spatio-temporal sensing equipment, Internet of Things base station and other sensing equipment, the full-dimensional situation awareness such as electromagnetic spectrum monitoring, high-precision spatio-temporal sensing, full-motion video monitoring, meteorological environment monitoring and radar early warning observation can be realized.
From mechanization to digitalization, to intelligence and unmanned ..., keep an eye on future operational needs and combine major training tasks to continuously test and improve the overall operational capability of digital brigades based on network information systems.