Electronic equipment, and identification system and decryption method thereof

Abstract

The invention discloses an identification system, which is used for being matched with a central processing unit of electronic equipment, so that three-dimensional modelling of a human face is realized. The identification system comprises multiple face shooting modules, an infrared light emitting device and an eye shooting module; the multiple face shooting modules are in signal connection with the central processing unit, and used for respectively shooting different parts of the human face, so that different facial information is obtained; the infrared light emitting device can emit infrared ray; and the eye shooting module is matched with the infrared light emitting device, and used for shooting eyes of a human, so that iris information is obtained. By means of the identification system provided by the invention, acquisition of three-dimensional information of a face can be realized through the multiple face shooting modules 1; furthermore, an iris identification manner is combined; compared with the manner of only acquiring two-dimensional information of the face by using a single camera, the security reliability and the robustness of the electronic equipment are relatively high; and the privacy of users can be protected more safely. The invention further relates to the electronic equipment having the identification system, and a decryption method for decrypting the electronic equipment.

Description

technical field [0001] The present invention relates to the technical field of electronic equipment, and in particular to an identification system for unlocking electronic equipment. The present invention also relates to an electronic equipment with the above identification system and a decryption method for decrypting the above electronic equipment. Background technique [0002] At present, with the vigorous development of electronic devices such as smart phones and computers, the content involved in electronic devices is becoming more and more important. How to better protect the privacy of mobile phone users has become a current research hotspot. [0003] In the prior art, in electronic devices represented by smartphones, the encryption methods generally include password encryption, image encryption, and fingerprint encryption, etc., but each of these encryption methods has some disadvantages: in the password encryption method, the identification of the password is relativ...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, in electronic devices represented by smartphones, the encryption methods generally include password encryption, image encryption, and fingerprint encryption, etc., but each of these encryption methods has some disadvantages: in the password encryption method, the identification of the password is relatively Simple, less difficult to crack; the image encryption method is generally unlocked by recognizing the face, that is, through a camera set on the display surface of the smartphone (this display surface refers to the surface on which the smartphone is equipped with a display screen) to identify people The two-dimensional information of the face is used to unlock, and this recognition technology can be identified and cracked by using printed photos, so its encryption security is not very high; the fingerprint encryption method only uses a single fingerprint to realize encryption and unlocking, and its The encryption method is relatively simple, once the fingerprint information is obtained, it is easy to unlock the smartphone

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