Channel gate biological access control identification methods mainly include face recognition, fingerprint recognition, iris recognition and so on.
Face recognition: Face images are captured by cameras and compared using artificial intelligence algorithms to verify identity. It has high security level and is not easy to imitate, and is suitable for places with high security requirements.
Fingerprint Recognition: Fingerprint information is captured by fingerprint reader and compared with the pre-stored fingerprint data. Fingerprint identification has a high degree of accuracy and uniqueness, and is a common biometric identification method.
Iris Recognition: Utilizing iris recognition technology, iris images are captured through a camera and subjected to complex image processing and comparison. Iris recognition technology is extremely secure, but also relatively costly.
The main function of these biometric access control recognition methods is to enhance the security and convenience of the access control system. They effectively prevent unauthorized persons from entering by verifying their biometric information and ensuring that only authorized persons can pass through the access control. At the same time, these identification methods also eliminate the need to carry keys, access cards and other objects, enhancing the convenience of access.
The significance and use of channel gate card, two-dimensional code, face, fingerprints and other identification methods are mainly reflected in the following aspects:
First, the significance
Enhance security: Through multiple biometric identification or card identification, it ensures that only authorized personnel can pass through, effectively preventing unauthorized personnel from entering.
Enhance convenience: Users do not need to carry traditional access cards or keys, and can complete the verification only through simple identification methods, enhancing the access efficiency.
Enhance management efficiency: the system can automatically record the identity of the passers, time and other information for subsequent statistical analysis and management decisions.
Second,usage
Card recognition: Users holding access cards or employee cards and other cards near the card reader, the system automatically reads the card information and verification, verification through the gate opens to release.
Two-dimensional code recognition: the user obtains the exclusive two-dimensional code through the cell phone APP, small programs and other channels, aligns the two-dimensional code with the scanning equipment on the channel gate, the equipment reads and analyzes the information in the two-dimensional code, and the gate opens if the verification is passed.
Face Recognition: Capture the face image through the camera and use the face recognition algorithm for comparison and verification. Users only need to stand in the designated area to complete the verification, without any contact, to improve the efficiency and convenience of passage.
Fingerprint Recognition: Users place their fingers on the fingerprint reader, and the system automatically reads the fingerprint information and verifies it. Fingerprint identification has a high degree of accuracy and uniqueness, ensuring the accuracy of identity verification.
These identification methods are widely used in all kinds of places that require access control management, such as enterprise buildings, government agencies, transportation hubs, residential communities, etc.. They not only enhance security, convenience and management efficiency, but also provide users with a more intelligent access experience.
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