[ Huaqiang Security Network News ] Access control recognition has become an indispensable part of people's life and work, bringing great convenience to people. The author below introduces the advantages of the access control recognition system. 
The development of the economy not only brings about the prosperity of the country, but also triggers a series of environmental problems. As a fast-developing security industry, it is no exception. So what is the application status of energy conservation and environmental protection for the access control identification system which is one of the important components of security products?
The access control system, also known as the ACCESSCONTROLSYSTEM, is an intelligent management system for managers to enter and exit. The generalization is to manage who can enter and exit those doors and provide after-the-fact query reports. Common access control systems are: password access control system, contact card access control system, non-contact card access control system, biometric (fingerprint iris palm type) access control system. Currently widely used are two types of access control systems: contact cards and contactless card access systems. The contact card requires the card holder to contact the identifier card with the identifier to read the information in the card; the access card of the non-contact card access control system can be identified and recorded within a short distance from the access control identifier. . These two mainstream access control recognition systems can be said to have high recognition and high accuracy, and the access control card is small in size and convenient to carry. Bank cards and bus cards are extension applications of access control identification cards, and the scope of application has penetrated into every aspect of life. After a random interview, the author found that two-thirds of the citizens have at least two access cards, bank cards and bus card cards. Many citizens hold more than three cards. From the perspective of energy conservation and environmental protection, China has a population of over 100 million, and the number of access control cards is considerable. The circulation of various types of access cards is also incalculable. Therefore, the author considers that if the card is strongly promoted, it can not only be easily carried and used, but also greatly reduce the number of other cards. To a certain extent, this is alleviating the waste of card resources, and it also meets the concept of energy conservation and environmental protection.
In recent years, with the continuous development of biometric technology, the access control system has also made new progress. After the biometric technology enters the mature stage, there will be more and more biometric access control systems, including fingerprint access control systems, iris access control systems, facial recognition access control systems and so on. They not only have their own strengths in terms of safety, convenience, and manageability, but most importantly, they are more in line with the general trend of energy conservation and environmental protection. Biometrics eliminates the need to hold several access cards and simply touch the face, eye iris or fingerprint reader or scan at close range to identify success and significantly reduce the production of access cards. However, is biometric technology perfect? It is understood that biometrics have high requirements for the environment and users. For example, the fingerprint can not be scratched, the eyes can not be red and swollen, the face can not be injured, and even the amount of the beard will affect the accuracy and sensitivity of the recognizer. At the same time, the installation height and the user's height are not well adjusted.
It can be said that if biometrics becomes the mainstream access control identification system, the energy conservation and environmental protection significance it generates will be much greater than the value brought by the technology itself. Therefore, the popularity of biometric access control systems is of great significance to the energy conservation and environmental protection of the security industry. However, how to combine the advantages of biometric energy conservation with the advantages of traditional access control cards is a problem that security guards need to ponder. In my opinion, the popularity of biometric access control systems lacks technological advancement and state support. Through the support of state support funds, reduce technology costs, and thus promote technology integration and product promotion.
The access control system, also known as the ACCESSCONTROLSYSTEM, is an intelligent management system for managers to enter and exit. The generalization is to manage who can enter and exit those doors and provide after-the-fact query reports. Common access control systems are: password access control system, contact card access control system, non-contact card access control system, biometric (fingerprint iris palm type) access control system. Currently widely used are two types of access control systems: contact cards and contactless card access systems. The contact card requires the card holder to contact the identifier card with the identifier to read the information in the card; the access card of the non-contact card access control system can be identified and recorded within a short distance from the access control identifier. . These two mainstream access control recognition systems can be said to have high recognition and high accuracy, and the access control card is small in size and convenient to carry. Bank cards and bus cards are extension applications of access control identification cards, and the scope of application has penetrated into every aspect of life. After a random interview, the author found that two-thirds of the citizens have at least two access cards, bank cards and bus card cards. Many citizens hold more than three cards. From the perspective of energy conservation and environmental protection, China has a population of over 100 million, and the number of access control cards is considerable. The circulation of various types of access cards is also incalculable. Therefore, the author considers that if the card is strongly promoted, it can not only be easily carried and used, but also greatly reduce the number of other cards. To a certain extent, this is alleviating the waste of card resources, and it also meets the concept of energy conservation and environmental protection.
In recent years, with the continuous development of biometric technology, the access control system has also made new progress. After the biometric technology enters the mature stage, there will be more and more biometric access control systems, including fingerprint access control systems, iris access control systems, facial recognition access control systems and so on. They not only have their own strengths in terms of safety, convenience, and manageability, but most importantly, they are more in line with the general trend of energy conservation and environmental protection. Biometrics eliminates the need to hold several access cards and simply touch the face, eye iris or fingerprint reader or scan at close range to identify success and significantly reduce the production of access cards. However, is biometric technology perfect? It is understood that biometrics have high requirements for the environment and users. For example, the fingerprint can not be scratched, the eyes can not be red and swollen, the face can not be injured, and even the amount of the beard will affect the accuracy and sensitivity of the recognizer. At the same time, the installation height and the user's height are not well adjusted.
It can be said that if biometrics becomes the mainstream access control identification system, the energy conservation and environmental protection significance it generates will be much greater than the value brought by the technology itself. Therefore, the popularity of biometric access control systems is of great significance to the energy conservation and environmental protection of the security industry. However, how to combine the advantages of biometric energy conservation with the advantages of traditional access control cards is a problem that security guards need to ponder. In my opinion, the popularity of biometric access control systems lacks technological advancement and state support. Through the support of state support funds, reduce technology costs, and thus promote technology integration and product promotion.
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