Biological characteristics recognition will become the rapid development of key technologies such as photoelectric technology, microcontroller technology, image processing technology and pattern recognition with optoelectronic technology, microcontroller technology, image processing technology and pattern recognition, especially the maturity of embedded human face recognition technology. One of the top ten technologies that bring revolutionary influence in human society. In recent years, the identification of human biological characteristics such as sound recognition, face recognition, signature recognition, fingerprint recognition, palm recognition, and eye iris recognition have been developed at home and abroad. In the past two years, biometric technology has been partially applied to public security, security, customs, customs, finance, military, airports, border defense ports, security and other important industries and fields, as well as civilian markets such as smart access control and attendance. Experts predict that by 2012, biological characteristics recognition technology will enter a period of rapid growth. The era of biological characteristics recognition has arrived. Biological characteristics recognition technology will become an important part of RFID and promote the faster development of RFID technology.
Product electronic code EPC will become a new representative of the Internet of Things technology
With the acceleration of economic globalization and the process of information networking, in order to meet the identification and efficient identification of a single product, in recent years, a technical product of a product electronic code EPC (ElectronicProductCode) came into being. The EPC system is a complex, comprehensive, and comprehensive system, including EPC coding, network, communication protocol, etc. It is based on the computer Internet and RF technology RFID. The code that constructs a IoT that realizes the real -time sharing of global items. Combined with the EPC technology of RFID and Internet systems, in the future, the concept of the "Internet of Things" that traces and trace the cargo through the Internet through the Internet has gradually become a new direction for the development of the logistics industry Essence It can be said that EPC will become an important new technologies for retail settlement, logistics distribution and product tracking management models after barcode technology and RFID. It is foreseeable that RFID/EPC automatic identification technology will bring international shipping logistics and global A revolution in the supply chain will further promote the development of my country's automatic identification industry.
RFID data processing capabilities will become stronger and stronger, and the demand for software will become greater and greater.
For companies that use RFID technology, how to effectively process the application of massive data brought by RFID technology to reduce costs, and improving management efficiency will be a very urgent issue in the future. Therefore, enterprises need a powerful data management platform that includes back -end databases, applications, and correct analysis capabilities to process huge amounts of data generated by the RFID system. Otherwise, companies may be submerged by a large amount of data and cannot enjoy the benefits of RFID technology. The current software is relatively simple in RFID applications, and the average cost does not exceed 13%of the overall RFID project. In the next few years, with the development of large -scale logistics applications and the development of ring -opening methods, massive RFID information processing, transmission and security have put forward new challenges to system integration and application technologies of RFID. Software will be very important in the RFID project expenditure. In some applications, it even exceeds the cost of hardware. This is mainly manifested in the share of software/middleware in the overall RFID market will continue to increase, becoming a new driving force for the RFID market. Experts believe that in the future, RFID system integration software will develop in the direction of embedded, intelligent, and restructuring. By constructing the RFID public service system, the organization, management and utilization of RFID information resources will be more in -depth and extensive. As the position of software/middleware in the RFID system is becoming increasingly important, domestic and foreign manufacturers have invested more and more technical research in this regard to meet the huge demand in the future and achieve certain results. RFID will be more convenient and efficient, and with the continuous improvement and popularization of 3G mobile technology and IT technology, the development trend of the RFID reader design and manufacturing is to be multi -function, multi -interface, multi -system, and modules. The development of the direction of smallization, miniaturization, portable, and embedded type; at the same time, multi -reader coordination and networking technology will become one of the future development directions. In the future, the RFID reader becomes more refined, more portable, and has a higher reading rate. The RFID tag can not only be used in the environment of liquid, metal, but even integrated into the temperature sensor. It can be washed and can withstand extreme temperatures. It can be used to monitor record temperature. At present, wireless radio frequency technology helps low -temperature transportation and remote sensing survey applications of foods that are extremely sensitive to temperature changes. Today, this type of sensor label is widely used in the cold chain/food chain industry and has outstanding effects. On the food chain, RFID can achieve full tracking from the field to the dining table.
