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".
By constructing an outfield monitoring system integrating photoelectric, radar, infrared, electromagnetic spectrum monitoring, Beidou positioning, Internet of Things and virtual simulation technology, the wide-area coverage, multidimensional perception and panoramic display of the core training field are realized, which further supports the situation control and enriches the means of sand table deduction, reexamination and outfield management.
The physical environment of barracks building, water supply and drainage facilities, power supply facilities, heating facilities, greening facilities, fire fighting facilities, training ground, roads and so on in the camp area is constructed by artificial lightweight modeling. The effect is mainly presented by map, and the model has high accuracy, strong interaction with the scene and can be handled freely. It also provides the function of importing BIM in IFC format, which can reduce the development cost by using BIM information in some scenarios.
Time information is connected to the map visualization system to simulate day and night respectively, providing a realistic 24-hour monitoring scene. Through the visualization system, data collection, analysis, application and display are realized, and all kinds of intelligent sensing devices are connected horizontally, so that all kinds of data such as team members, equipment, materials and security can be seen in a glance in a "one picture", and dynamic display, analysis and judgment of all factors and dimensions are carried out.
Reservoir information: the number of people in place, the available information of vehicles, the occupied area, the number of caves and the ground garage are displayed in various graphic forms. The organ combat readiness garage can be built next to the organ building, which is connected with the combat readiness equipment warehouse to realize rapid loading and dispatching. When roaming in different storage areas, the panel will automatically pop up to check the temperature and humidity. Click the relevant icon to jump directly to different storage areas.
Intelligent monitoring: The component library based on HTML5 standard can seamlessly connect various multimedia functions of HTML5. The monitoring pictures of key areas in the camp are connected to the graphic visualization system to accurately estimate the movement state and target type of abnormal targets. According to the change of behavior or self-state, the self-adaptive optimization adjustment and high-precision tracking control of action trajectory are realized, and the joint monitoring ability of the whole network information system is improved. Give an alarm to all kinds of emergencies in time, and check the scene with the cameras around the incident site to record the disposal process. When monitoring captures suspicious personnel activities or fire around the camp, it will display a large visual screen in time and send out an alarm to remind relevant personnel to solve the problem.
Alarm data: Intelligent analysis technology changes passive monitoring into active monitoring, and the system can analyze and judge suspicious events and behaviors in real time according to certain rules through advanced analysis algorithms, which can greatly improve the utilization efficiency of video. The Hightopo 2D panel displays the alarm data of the current camp in the form of a list, such as alarm level, location, area, personnel and contact information. The staff can respond in time according to the information and arrange personnel to deal with it quickly to avoid panic or leakage caused by the expansion of the accident.
Access control management: Access control is essential in the security construction of smart barracks. Access control management can integrate graphic visualization technology, AI face recognition technology, microcomputer automatic recognition technology and modern safety management measures. Personnel and vehicle access information of security system, video surveillance and fire alarm are transmitted and stored in graphic form, and shared in graphic visualization system. Through the visual integration of access information, intelligent access management, real-time monitoring, linkage image acquisition, accurate information recording and other functions have been implemented, and the transition from "civil air defense" to "technical defense" has begun.
Administrative office: 2D and 3D are seamlessly integrated, showing the organizational structure of the whole battalion, listing the organizational chart by rank, and marking the names and positions. Based on the requirements of cloud computing technology and military security and controllable construction, the administrative office system can be built, relying on electronic signature and data encryption technology to realize networked office, improve command office efficiency and combat response ability.
The management mode of "one place, one system, one room, one post and one responsibility" is generally implemented in the camp. All kinds of warehouses are dedicated to special rooms, with special personnel in charge, to ensure standardized management order, stable equipment operation and good weapons condition.
Electronic patrol: The patrol personnel in the camp hold the patrol system, patrol along the designated route and arrive at the patrol site within the specified time. Display the inspection progress and inspected areas with orange dynamic lines. The patrol system will automatically record the time of arrival at the scene and the patrol personnel, then connect the patrol system to the computer through the data communication line, upload the data to the graphic visualization system and display the patrol records on the 2D panel, and automatically analyze and intelligently process the patrol data, so that the names of the patrol points and patrol personnel can be viewed according to the time. Run through the web monitoring system, receive alarms, handle alarms, and query historical information.
There are many areas in the military camp that involve state secrets and need to be checked repeatedly. In the past, the supervision of inspection was mainly done by paper and pen signature, which led to the problem that there was no evidence to check the signing and supplementary signing. Electronic patrol automatically and accurately records the information in patrol inspection through mobile identification technologies such as RFID or TM card.
Perimeter defense: Electronic fence is an advanced alarm system for perimeter defense at present. The main engine adopts the advanced perimeter security concept of "blocking first and then alarming", which integrates "deterrence, blocking, alarm and safety" and can customize the fence area. In the visualization system, red, orange, yellow and green are used to distinguish risks. After the electronic fence is set up, strangers who break into the background will receive alarm information in time, and the staff can know the intruders at the first time and take expulsion measures.
Computer room monitoring: Using rich charts, graphs and design elements, relatively complex and abstract data can be visualized, showing the national computer room division map, the ranking of energy-saving rates of data centers in various jurisdictions, the comparison of energy-saving rates throughout the year, and the energy-saving situation. Through the omni-directional and 3D display of the physical scene, you can view the environment of the computer room at any time, manage the cabinets, wiring and other equipment in the computer room, facilitate the operation and maintenance to understand the layout and resources of the computer room, and quickly locate the problem.
Warehouse visualization: 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, and the real-time data and early warning information are displayed in the three-dimensional visualization system. 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.
Garage management: 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.
Combined with intelligent equipment, the trinity vehicle information management mode of online application, parking lot scheduling and offline management is realized. 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 the map 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 controller.
Armory: The armory generally stores weapons according to the requirements of "building cabinets, accessing modules, putting large pieces on shelves, and locating and accessing". 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.
The construction of smart barracks needs to break the information island, break through geographical restrictions, and realize multi-party cooperative operations, 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.