According to the encyclopedia, the driverless car is a kind of smart car, also known as a wheeled mobile robot which mainly relies on a computer-based smart pilot in the car to achieve the unmanned driving. It uses the vehicle sensor to sense the surrounding environment of the vehicle, and then controls the steering and speed of the vehicle based on the road location, vehicle position and obstacle information obtained by the sensor so that the vehicle can travel safely and steadily on the road. It can be said that the driverless car integrates automation, architecture, artificial intelligence, visual computing and many other technologies, and that it is a product of well-developed technologies including computer science, pattern recognition and intelligent control technology.
AI Holographic Technology Is Used to Create A New Generation of AI Visual Applications
Artificial intelligence is the hottest technological issue at the moment. Application of artificial intelligence in the automotive industry mainly lies in driverless cars. Driving is never the only important part of automated driving, and WIMI AR Hologram has originated the first holographic unmanned driving application. In the future, touchable hologram control and interaction will be adopted in the center of the cockpit, and all passengers can touch and control the system. Based on this free exchange and control of hologram, WIMI AR Hologram creates a new generation of AI visual applications of unmanned driving.
WIMI AR Hologram was initially engaged in the business of underlying hardware and chips. After continuously delving into the industry, WIMI AR Hologram discovered that the application layer gradually became the advantage of unmanned driving in this industry, and then there would be emerging needs of unmanned driving. In fact, so far, every step taken by WIMI AR Hologram is the self improvement and countermeasure responding to the market demand.
With the development of digital technology, traditional works have been transformed to digital form in an overall manner. Also, their production, dissemination and consumption methods have undergone important changes, which poses challenges to both the development ecology of traditional works and traditional copyright systems. A cross-border global digital content market is being established. The lowered technical thresholds has led to an increase in the ability of individuals to create and disseminate works, and how their rights are defined and protected has become a new topic. The copyright system is faced with the historical tasks of responding to the development of science and technology, constantly adjusting the rights and obligations of all parties in the cultural industry chain, realizing the balance of interests of multiple stakeholders and the balance between public rights and private rights, and establishing a sound cultural industry ecology.
Dr. Micheal from WIMI AR Hologram has been aware of it. And WIMI AR Hologram will form the protection for hundreds of patents according to its own 295 related patents, 76 software copyrights and 4,325 holographic content reserves ranking first in the industry, so as to ensure that the latest and coolest holographic AR technology can be successfully reflected in commercial applications in Greater China. Its commercial application scenarios are mainly concentrated in five major fields of home entertainment, light field cinema, performance system, commercial launch system and advertising display system.
All the artificial intelligence technologies involved currently is just the initial part. After the further deepening, combination and development of big data, cloud computing and hologram, artificial intelligence will surely penetrate into every aspect of life in the future.
Holographic projection technology is an advanced technology popular in recent years. Holographic stereo projection is realized based on the principle of polarization of light. Specifically, it is essential to employ two projectors to synchronously project the images and set the mutually perpendicular polarization directions of polarizers in front of the two projectors so that polarization directions of two polarized lights generated are also perpendicular to each other. When the polarized light is projected onto the dedicated projection screen and then reflected to the viewer position, the direction of the polarized light must not change. Each eye of viewer can only see the corresponding polarization image through the polarized glasses, thereby generating a stereoscopic perception in the visual nervous system. This new interactive display technology combines decoration and practicality, and the complete transparency in case of no image gives users a new interactive experience. Therefore, such a technology becomes one of the most fashionable method of product display and marketing. Today, people tend to use holographic projection technology to present the fusion of culture and technology.
AR Hologram Lays the Foundation for AI Unmanned Driving
Fatefully, artificial intelligence and holography have been being highlighted in many sci-fi and robot-related film and television works. And in reality, industrial attention to artificial intelligence and holography can be suggested in recent commercial trends. Recently, Google, Baidu, or Tesla standing for the future has targeted the “unmanned driving”.
The core technology of unmanned driving is AI (artificial intelligence). Wherever there is AI, there is something related to hologram and AR. Human beings naturally like to give other intelligent creatures the image of “being humanoid”, and holography can satisfy our wishes.
During the transition period, people need to learn how to believe in automatic driving. Out of the curiosity, only when human beings understand and become familiar with application of a technology will they gradually adapt to and believe in such an application. Seeing is believing, and the addition of AR holography at this stage will be helpful for people to experience how self-driving system to deal with the road environment and the fun in the process. In this way, the driver will feel more secure and more comfortable. A car adopting AR holography can be equipped with modular glasses covered by a holographic film, and such glasses can be used as a lens for reflecting lights of a specific wavelength, so people can watch the projected video or interactive interface through the modular glasses in front of the windshield.
Of course, birth of the vehicle AR holographic technology will naturally bring about some new problems. For example, we have to try to change people’s driving habits, and ask people to feel easy to observe not the road but the glasses. This means that the AR hologram must be high-precision and be able to give a good experience.
With the development of AI automatic driving technology, there will be various applications and realizations of AR holographic technology in the industry. Automotive equipment requires after-sales upgrading, which provides the necessary opportunities for the corresponding upgrade of AR holographic content and software. Therefore, AR holography has great potential for development. In short, AI automatic driving technology provides real driving force for the development of AR holography, but at the same time, AR holography may also be a key factor in assisting the market with transition from manned driving to unmanned driving. In the long run, automotive AR holography is only the practical application market initiating the AR holography industry and paving the way for AR holographic applications in other industries. This is also the mission of WIMI AR Hologram.
Artificial intelligence is by no means a simple robot, combination of a few robotic arms, or mechanical facilities that help us with work. It is bound to penetrate into every aspect of life in the future. In this era, more and more smart devices have become our exobrain, infiltrating into all areas of people’s lives.
Kai-Fu Lee repeats that the time taken for artificial intelligence to reach the intelligence level of ordinary people is getting shorter and shorter. It was estimated that it would occur in 2040, and now it is estimated that it will be realized in a dozen of years. The development of artificial intelligence is gradually accelerating, and its development in the future cannot be overestimated.