Artificial intelligence technology helps Huawei experts talk about the future of mobile phones
At a conference, Huawei's consumer business mobile phone product expert Shawn Sheng released a speech on Huawei's future mobile phone future.
The decade of rapid development of smartphones is now in the bottleneck of innovation and is also gaining momentum for the revolutionary innovation of the next generation of intelligent terminals.
And VR opens the door to imagination for the future development of smart terminals: from 2020 to 2030, it will enter the mature stage of the intelligent interactive Internet era. By then, the terminal and cloud capabilities will be more mature, and the channels and presentation methods of information will be diversified. The smart ecology around home, office, travel and entertainment will gradually form, and the barriers between equipment and content and services will be opened, and humans will step into it. A more convenient and efficient terminal 3.0 experience era.
The two characteristics of the terminal 3.0 era are people-centered and intelligent Internet. Smartphones, as the interface between people and the digital world, will play an increasingly important role in the future.
Following the core technology revolution of the two levels of interaction and artificial intelligence, the smartphone experience enjoyed by people in the terminal 3.0 era will be greatly improved.
The future smart terminal experience will say goodbye to the one-way interaction method, and has the ability to provide services proactively. Not only based on massive amounts of big data, the device itself will have the ability to “seeâ€, “listenâ€, “think†and become a user’s avatar or assistant. .
Shawn Sheng said that Terminal Experience 3.0 is an experience different from 2G and 4G mobile. The intelligent interaction, borderless display and active intelligent service provided by it will be the most important trend in the development of smart terminals in the future.
At present, Huawei's artificial intelligence technology has been partially used in the EMUI system of Huawei mobile phones, and VR and other devices have already matured products. In the era of artificial intelligence, Huawei's thinking is first and the technology is also tight.
Anti-reflection coating, also known as anti-reflection coating, its main function is to reduce or eliminate the reflected light of optical surfaces such as lenses, prisms, and plane mirrors, thereby increasing the amount of light transmitted by these components, reducing or eliminating stray light in the system, and anti-reflection coating It is an optical coating with a wide range of applications, widely used in daily life, industry, astronomy, military science, electronics and other fields.
Reflective film generally reads metal and medium, and both have a large extinction coefficient. When the light beam enters the metal surface from the air, the amplitude of the light entering the metal is rapidly attenuated, so that the light energy entering the metal is correspondingly reduced, and the reflection Light energy increases. The greater the extinction coefficient, the faster the light amplitude decays, the less light energy enters the metal, and the higher the reflectivity.
The function of the spectroscopic film is to generate multiple paths of light as several directional collimators to calibrate the optical path and improve the measurement accuracy. Considering the different spectral response curves of the light source and the receiving device diode array, the incident light in the optical path needs to pass through multiple spectroscopic film surfaces.
Filter film refers to a film layer that attenuates light intensity or changes the spectral composition. The main purpose is to reduce or increase the color temperature, change the wavelength, block unwanted light, change the color, etc.
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