Artificial intelligence recognition technology refers to the technical means of automatically acquiring and identifying target instructions, data and other information through computers, cameras, scanners and other equipment. It originated from voice control technology (voice recognition technology), which has been widely used in the control and interaction of smart phones.
According to whether the recognized object has life characteristics, artificial intelligence recognition technology can be mainly divided into two categories: animate recognition and inanimate recognition.
The essence of animate artificial intelligence recognition technology refers to technologies that are related to human life characteristics, including voice recognition, fingerprint recognition, face recognition, iris recognition, etc. The working principle of speech recognition technology is based on the scientific and effective recognition of the recognizer's own speech, correctly identifying the content of the speech, or judging the identity of the speaker through the speech (said living person recognition); artificial intelligence fingerprint recognition technology in practical applications , its working principle is to carry out intelligent recognition of human fingerprints, and finally correctly determine and identify the corresponding person to which the fingerprint belongs, so as to meet the actual needs; artificial intelligence face recognition technology is based on the intelligent recognition of people's faces. Different structural features of the face are scientifically and reasonably tested, and the actual identity of the tester is finally determined and identified; iris recognition is to determine the actual identity of the tester through the characteristics of the iris.
The essence of inanimate identification technology refers to the technology that does not have any relationship with human life characteristics. This technology mainly includes radio frequency identification technology, smart card technology, and barcode identification technology. The core of radio frequency identification technology is wireless electromagnetic waves, and its specific working principle is: radio signals are transmitted under the electromagnetic field to complete the identification of data and labels; barcode identification technology includes one-dimensional code technology and two-dimensional code technology, two-dimensional code technology It is developed on the basis of one-dimensional code technology, which leaves more space for data storage and can also correct errors. It has a very effective application in information marking and information collection. Smart cards, smart cards are mainly composed of integrated circuit boards, and their work is mainly for the calculation and storage of data. By integrating computing technology into smart cards, all kinds of work for data have been completed efficiently.
The application of artificial intelligence recognition technology is very extensive, and different types of artificial intelligence recognition technology have been applied to various fields of society. For example, the participation of computer artificial intelligence can be seen in many social activities such as language translation and facial recognition. In addition, two-dimensional code recognition and use is the most typical way of using artificial intelligence recognition technology. Its use is mainly to generate programs and instructions in the form of two-dimensional codes, and generate black and white grid stitching on the user's mobile terminal screen. The distribution of these plane graphics usually has a certain regularity. Through the arrangement and combination of various graphics, the two-dimensional code pattern is unique, so the user can save and record the two-dimensional code pattern.
We believe that as researchers continue to optimize and innovate related technologies of artificial intelligence, artificial intelligence recognition technology will meet people's work and life needs to a greater extent.