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The so-called Internet of Things is based on the computer Internet, using radio frequency identification technology, wireless data communication, infrared sensors, global positioning system and other technologies and equipment to exchange and communicate information, forming a world that covers everything in the world. Connected network. In this network, in addition to communication between people, people and goods (commodities), goods and goods can also be “communication”.
In the eyes of many officers and soldiers, the Internet of Things is just a series of military terms that sound a bit conceptual, such as the precision of battlefield perception, the intelligentization of weapons and equipment, the sensitization of comprehensive support, and the dispersal of the “fog” of logistics support on the battlefield. There is no direct connection in life. In fact, this is not the case. With the gradual approach of the Internet of Things era, every ordinary officer and soldier can learn about the changes that the Internet of Things has or will bring to us from the details of their daily life such as clothing, food, housing, and transportation. Direct and perceptual knowledge.
Clothing: fit and advanced
Before the Internet of Things, the entire process of tailoring military uniforms for officers and soldiers was purely manual, which was time-consuming, labor-intensive and error-prone. The introduction of RFID technology in the era of the Internet of Things will greatly improve the speed and accuracy of military uniforms. Just select a few different sizes of military uniforms as the size measurement standard, and place passive RFID tags on these clothes. Each tag stores the clothing size and storage serial number data. Officers and soldiers only need to try on different sizes of metric clothing to understand their standard sizes. Once the officers and soldiers try on clothes of the right size, the staff will read the tags on the clothes and the security cards of the officers and soldiers with the reader. Based on this information, they can quickly retrieve the inventory, or notify the manufacturer to order them, and then deliver them on demand. In the hands of officers and soldiers.
In the era of the Internet of Things, combat uniforms issued to officers and soldiers will have functions such as temperature control, positioning, and first aid due to the use of the sensor technology of the Internet of Things and the installation of a control chip. For example, a combat uniform with a temperature-sensing device can adjust the temperature according to the soldier’s needs. In all seasons, soldiers are like wearing “air-conditioning” uniforms. With high-sensitivity sensing devices such as temperature sensing and heartbeat measurement, the rear medical support department, which is thousands of miles away, can also grasp the temperature changes and physical conditions of the soldiers in front at any time through the network. For wounded soldiers, it can even remotely control combat uniforms, pressurize the wound at a suitable location to stop bleeding like ambulance personnel, and transmit the injury data to the rear medical service to prepare for corresponding treatment and evacuation; if If the injury is serious, experts can also guide first-line rescuers to implement effective on-site treatment through the telemedicine system.
Food: safe and healthy
“Food is food to safety first”. Eating not only affects the army’s combat effectiveness, but also directly affects the lives and safety of officers and soldiers. Plasticizers, melamine, clenbuterol, and other shocking food safety issues, always remind the troops to pay attention to all aspects of food production, procurement, storage, processing, eating, etc., to avoid food safety incidents at the source, and to ensure the safety of the officers and soldiers’ diets. healthy.
The Internet of Things is a network that realizes the intelligent identification, positioning, tracking, monitoring and management of objects. Its application in food safety management is to establish an “electronic archive” for all foods. For example, each pig of a pig farmer is labeled with an RFID tag. This tag is used as the “electronic ID card” of the pig and will be kept on every piece of pork sold in the supermarket. Through this “electronic ID card”, food procurement personnel of the army can use the Internet to understand the relevant information of pork in the production, slaughter, processing, distribution, shipment and consumption process in real time, accurately control the “whereabouts” of the pork, and take the initiative to control it at the first time .
Almost all the company’s cooking classes are equipped with refrigerators. In the Internet of Things era, refrigerators can not only store food, but also automatically display various information such as the type, expiration date, and quantity of the food, as well as the origin and nutritional content of the food. The refrigerator will also automatically remind you of the food that will be past the expiration date. The medical support department can also use the refrigerator connected to the Internet of Things to count and judge whether the officers and soldiers’ dietary habits are healthy and whether the dietary structure is scientific, and provide targeted nutritional recommendations based on the officers and soldiers’ training tasks and physical needs.
Live: smart, environmentally friendly
After decades of development, our military barracks are moving towards the goal of modern barracks with the characteristics of the times. Following the in-depth application of the Internet of Things, smart and green barracks will also become the mainstream of our military barracks. The army’s first new-concept energy-saving demonstration building for the fifth-generation barracks is now the new home for the officers and soldiers of the Fourth Company of a certain station in Guangkong. In this barracks, the air-conditioning, lighting, power supply, monitoring, security facilities and other subsystems in the building are networked through advanced components such as sensors and a network platform. The atrium of the barracks is a badminton court, the top floor is a glass roof, and solar electric sunshades are installed, which can automatically switch on and off according to the intensity of sunlight and temperature changes; the lighting system and air-conditioning facilities of the study room will be turned on and off in time according to the infrared perception of the human body . The large-scale application of sensor technology and intelligent technology has greatly reduced the consumption of the barracks, and has established a low-carbon and energy-saving model for the construction of our military barracks.
The management of our military barracks in the era of the Internet of Things will also make great strides towards intelligence. As the main place for the daily work, training and life of the troops, the camp involves important national and military secrets. Therefore, the security of the camp cannot be underestimated. Under the environment of the Internet of Things, it will be easier for troops to use systems such as identity recognition, intelligent vehicle entry and exit management, patrol and environmental monitoring, firearms management systems, and barracks intelligent control to achieve intelligent management of camp security.
OK: reliable and convenient
The various means of transportation of the military, including ordinary military vehicles, even special vehicles such as radar cars and armored transport vehicles, and even airplanes and ships, are indispensable tools for ensuring the mobility of the troops, the transportation of combat materials, and the execution of combat command. In the era of the Internet of Things, these military vehicles will integrate technologies such as global positioning systems, climate and hydrological systems, military and civilian traffic management systems, travel information systems, and their own control and safety systems on the basis of a networked management platform to create a new solution for drivers. A safe and reliable operating environment improves the efficiency of our military’s military transportation.
Specifically, the environment, personnel (drivers), and vehicles (including static information of vehicles, real-time operating status, running routes, management and scheduling) will all be integrated to realize the informatization and networking of military vehicles , Intelligent management. At that time, the driver can travel along the optimized route without worrying about being unfamiliar with road conditions, air conditions and sea conditions, and can be instructed by the command organization at any time to learn about the environment and safety conditions ahead and around, and make adjustments at any time Route to ensure the completion of the task.
The Internet of Things has been developed to this day, and its application fields can be described as “all-encompassing and ubiquitous”. Military applications such as “soldier security card” and “electronic injury ticket” have long been familiar and accepted by the majority of officers and soldiers, and they are becoming more and more important. The role of. In the near future, more military applications of the Internet of Things will enter the barracks, close to the officers and soldiers, and make their lives better.
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