Samsung's iris scanning technology will be applied to the new flagship Galaxy Note 7, which is expected to be officially released in early August this year. The iris scanning technology can identify 266 features on the user's eyes, while traditional fingerprint recognition can only identify 40 features on the finger, so the accuracy of the iris scanning technology is higher. In addition, South Korean imaging technology company Patron won the exclusive right to supply the Galaxy Note 7 biometric and iris camera modules a few months ago.
Today, with the explosion of fingerprint recognition applications, more advantageous iris recognition technology is also gaining momentum. In May of this year, Fujitsu released the world's first mass-produced iris recognition smartphone. Users only need to stare at the screen to automatically unlock it, bringing iris recognition technology into people's field of vision. Samsung has previously launched a Galaxy Tab Iris tablet with iris recognition function, and this time the Galaxy Note 7 is equipped with iris recognition technology and will be the first iris scanning smartphone sold globally. Samsung's first adoption of this technology may lead a new round of technological trends.
my country's first mass-produced iris recognition mobile phone also came out in January this year, jointly released by Beijing Zhongke Hongba and the Institute of Information Engineering, Chinese Academy of Sciences. The Institute of Automation, Chinese Academy of Sciences and Zhongke Hongba broke through the micro-iris imaging technology, solved the problem of low-resolution iris image recognition under complex ambient light, and achieved the balance of ultimate user experience and high security, and developed an iris for smart terminals. Identify security solutions. At present, my country has formed a gathering place for Beijing's main iris R&D and production, and has become one of the few units in the world that has mastered the core algorithm of iris recognition.
Iris recognition technology is based on the iris in the eye for identity recognition. The iris is the ring-shaped color tissue around the pupil. After a person's iris matures, it remains unchanged for life and has a very high uniqueness. The iris recognition process first needs to separate the iris from the eye image, and then perform feature analysis. Theoretically, the probability of finding two identical iris is 1 in 1.2 million, which is the most accurate of all known biometrics.
Iris recognition technology is considered to be the most promising biometric authentication technology with high security and can be used in various fields such as security, national defense, and e-commerce.
According to the report of the Prospective Industry Research Institute, fingerprint recognition accounts for the highest share of biometric technology, but the overall trend is declining. It is expected that fingerprint recognition will drop to about 52% by 2020. Speech recognition, face recognition, and iris recognition are growing rapidly. By 2020, the proportions are expected to reach 22.4%, 9.6%, and 6.4%, respectively. Iris recognition technology has extremely high accuracy and security. It is expected that after fingerprint recognition and face recognition, it is another biotechnology that can be widely used on mobile devices.
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