According to media reports, Japanese scientists have recently developed a kind of glasses that can prevent face recognition by emitting near-infrared light. Face recognition technology is currently a relatively mature technology. It has been widely used in e-commerce, public safety, and finance. Now it is not necessary to input a password, and you can use this face alone to log in to the computer system or Tencent QQ. . More and more social applications are also using face recognition technology to connect users' images, photos and various data in the database. While this technology brings convenience, it also raises concerns about privacy leaks.
This type of anti-face recognition glasses was jointly developed by Associate Professor of the National Institute of Information Technology in Japan, Echigo Echizen, and Professor Nihon Koichi of the University of Science and Technology of Japan. Researchers said that the current face recognition technology is very advanced and ubiquitous, and individual privacy violations also occur from time to time. The purpose of developing such anti-face recognition glasses is to prevent the invasion of personal privacy caused by covert shooting and unconscious shooting. This technology can interfere with the camera by emitting near-infrared light, which makes it impossible to complete the recognition of the wearer's face, thus preventing the user's image from being uploaded to the network without permission, or being used by Others with ulterior motives. Face recognition technology is searched out.
The prototype of these glasses uses 11 infrared LED light sources. The light they emit cannot be seen by human eyes, but it will interfere with the camera. Researchers say that the core of this technology is to generate “noise†in the key areas of human face recognition, such as the eyes and nose, through infrared light sources, and to invalidate the face recognition program. The entire device consists of frames, light sources, and batteries. Researchers said that the prototype of this type of anti-face recognition glasses is still relatively simple, and the battery part can only be placed in the user's pocket. In the next step, they will introduce a new and improved version to make the glasses more stylish and portable. At present, companies have contacted them and hope to produce such glasses.
Mastering the stick, but aiming for the yard. With "face recognition", there is a "light mask" that sounds like a prop in a "007" movie. The principle of the new interference device is actually very simple. It's like the car turns on the night light and the picture is mosaiced. Noise is the basic method of interference. Some military equipment also produces electromagnetic “noiseâ€, making it difficult for the enemy to identify. The introduction of LED infrared light sources reminds us that if it were to be used in military camouflage in the future, wouldn’t it be cheaper to make infrared-guided weapons or night vision goggles? And wait and see.
This type of anti-face recognition glasses was jointly developed by Associate Professor of the National Institute of Information Technology in Japan, Echigo Echizen, and Professor Nihon Koichi of the University of Science and Technology of Japan. Researchers said that the current face recognition technology is very advanced and ubiquitous, and individual privacy violations also occur from time to time. The purpose of developing such anti-face recognition glasses is to prevent the invasion of personal privacy caused by covert shooting and unconscious shooting. This technology can interfere with the camera by emitting near-infrared light, which makes it impossible to complete the recognition of the wearer's face, thus preventing the user's image from being uploaded to the network without permission, or being used by Others with ulterior motives. Face recognition technology is searched out.
The prototype of these glasses uses 11 infrared LED light sources. The light they emit cannot be seen by human eyes, but it will interfere with the camera. Researchers say that the core of this technology is to generate “noise†in the key areas of human face recognition, such as the eyes and nose, through infrared light sources, and to invalidate the face recognition program. The entire device consists of frames, light sources, and batteries. Researchers said that the prototype of this type of anti-face recognition glasses is still relatively simple, and the battery part can only be placed in the user's pocket. In the next step, they will introduce a new and improved version to make the glasses more stylish and portable. At present, companies have contacted them and hope to produce such glasses.
Mastering the stick, but aiming for the yard. With "face recognition", there is a "light mask" that sounds like a prop in a "007" movie. The principle of the new interference device is actually very simple. It's like the car turns on the night light and the picture is mosaiced. Noise is the basic method of interference. Some military equipment also produces electromagnetic “noiseâ€, making it difficult for the enemy to identify. The introduction of LED infrared light sources reminds us that if it were to be used in military camouflage in the future, wouldn’t it be cheaper to make infrared-guided weapons or night vision goggles? And wait and see.
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