The hottest Internet of things dispels the fog of

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IOT dispels the battlefield "fog of demand"

the so-called IOT is the interconnection of things. On the basis of computer interconnection, it uses radio frequency automatic identification, wireless data communication, product electronic code and other technologies to establish a global, open and unique identification code for each item, and through non-contact radio frequency identification, wireless data transmission and interconnected information sharing, In order to realize the intelligent identification, positioning, tracking, monitoring and visual management of objects, such as the unplugging of connecting parts. It makes possible the communication between people, people and things, and things and things

IOT achieves three technological breakthroughs

in 1999, MIT first proposed the concept of IOT, emphasizing that every item can have an information identity; In 2005, the International Telecommunication Union interconnection report: IOT was released; In 2008, IBM proposed smart earth, which China calls "perception China". Later, the EU also proposed the development strategy of IOT, hoping to realize the human life of intelligent services through IOT

cities make life better, while IOT can make cities smarter. By using IOT, we can create a smart city, making the composition and services of key urban technologies intelligent, covering all aspects of urban life, such as education, health care, public safety, real estate, transportation, public affairs, smart electricity, logistics management and so on. The application of IOT can enable people to master a lot of information in advance, so as to achieve strategic planning and victory

IOT has achieved three technological breakthroughs: first, it has broken through the limitation that the traditional barcode can only identify the category of items. IOT can uniquely identify any single item, making the identification and positioning of items more accurate and specific; Second, it breaks through the limitation that traditional bar codes can only be used for contact recognition. IOT can implement non-contact recognition for items, and realize the transformation from static recognition to dynamic recognition; Third, it breaks through the limitation of local sharing of item information through traditional bar codes, and realizes the global sharing of item information through the unified standard of global codes and the direct connection with the Internet

in the history of human war, the two fog of war has always been a difficult problem for mobilization and support. First, the rear resources are foggy, that is, the front cannot figure out what, how many, and where the rear is; The second is the fog of demand in the front, that is, the rear cannot figure out what and how much combat troops need. In addition, the front does not know how many materials they need, whether they can be in place, and where they have been transported. This not only causes great waste of mobilization, but also affects the rapidity, effectiveness and accuracy of mobilization support. In this sense, IOT seems to be tailored to dispel the fog of these two wars

although the blue ocean of things has a lot of money, tulian will make the future battlefield more transparent.

Engels once pointed out that once technological progress can be used for military purposes, and has been used for military purposes, they will immediately almost forcibly, and often against the will of the commander, cause changes or even changes in the way of operation. This scientific conclusion has profoundly revealed the objective law that the development of technology will inevitably lead to the reform of combat methods

IOT technology has received widespread attention all over the world, and all countries are scrambling to seize this commanding height of information technology. The U.S. Department of defense and military departments attach great importance to the military IOT. Based on the existing C4ISR, i.e. command, control, communication, computing, intelligence, surveillance, reconnaissance and command system, the c4isrt plan is proposed, which emphasizes the real-time perception of battlefield situation, the rapid processing and application of information. It is regarded as a key research field and has set up a series of research projects

at present, the U.S. Army is integrating two key technologies of IOT, namely, micro electromechanical sensor technology and radio frequency identification technology, and developing sensor tags, which will be further applied in the logistics field to strengthen the visibility of materials in transit and perishable materials

with the increasing interoperability between sensors, RFID tags and satellite positioning and tracking systems, the efficiency of sensor tags in the quality control and safety monitoring of stored and printed graphics and materials in transit is also improving, thereby accelerating the pace of realizing the visualization of wholly-owned products. At present, Japan, Britain, Italy, Brazil and other countries have also carried out research on wireless sensor networks

battlefield platform support super brain

in China, IOT has been listed as a national strategic emerging industry. Jiangsu, Guangdong, Hunan, Shanxi and other provinces have carried out IOT technology pilot projects in their cities. Video surveillance, mobile payment and intelligent fire fighting are typical applications of IOT investment at present. Even the tickets and food of the Shanghai World electromechanical Expo have also applied IOT technology, which has become a highlight of the Expo

with the continuous maturity of computer information technology, VLSI technology and low-cost, microchip technology, the era of the Internet of things is coming, which will bring profound changes to the field of military operations and logistics support. Therefore, we should study and master this new information technology in time to try to dispel the fog of battlefield needs

IOT will lead to major changes in the storage, transfer, docking, evaluation and other methods of military materials. To realize these changes, we need to vigorously develop all kinds of IOT electronic label technology, adhere to the coordinated development of various data communications, and update the concept of information processing and storage, so as to build the peripheral nerve, central nerve and super brain of the accurate information platform of materials. It can be predicted that IOT will build an invisible bridge for material support on the battlefield, making it no longer a dream to seamlessly connect accurate material support to the battlefield

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