According to the consulting firm Digi-Capital, by 2020, the output value of the VR and AR industries will reach US$150 billion.
The combination of VR/AR and the automotive industry will bring us more "black science and technology" experience, giving wings of wisdom.
The application of VR/AR+ car unlimited imagination in car display and advertisement marketing
At a car show or a 4S sales shop, consumers sit in a show car and wear a VR headset to start a real driving trip.
VR/AR Technology for Personalized Private Customization
With VR and AR technology, users can be placed on the production site, select the body color, wheels, and decorations according to their own wishes, and see the actual details of their future cars in advance.
SAIC Datong's "Myself MAXUS" C2B business platform is the use of VR technology to achieve the user's own custom vehicles, and the formation of vehicles through the AR technology superimposed into the real space, so that the private order is more intuitive.
In industrial design and production
Designers can use VR/AR equipment to understand every design detail in a three-dimensional space that is the same proportion as a real car.
Ford Motor began working with the Oculus Rift team in 2014 to quickly design, prototype and evaluate vehicles in a virtual environment.
From the design concept to the mass production of the entire vehicle, the traditional car will generally take 3 years. The application of VR/AR technology can save the repeated modification time of the car in the overall design, and it can avoid design and production mistakes to the greatest extent, thus reducing manpower. Cost and resource waste.
Automotive Aftermarket Maintenance Training
Through the virtual scene, tens of thousands of parts can be easily disassembled and “dissected†so that maintenance personnel can clearly and intuitively learn the assembly structure and operation principle. The special maintenance AR glasses launched by BMW can display the specific operations of the repair according to the steps, and even which screw of the screw will be displayed.
Application in assisted driving system
ARay Capital led Swiss AR company WayRay to develop the Navion system with Alibaba's Zebra Technology, an augmented reality head-up display that can project navigation information, driving speed, safety tips, etc. in the form of holographic images in windshields. On the glass.
Technical follow-up and service updates are imperative
It is undeniable that VR/AR technology is indeed very hot in the past two years. Its wide application prospects have attracted great attention from all walks of life.
In the automotive field, apart from artificial intelligence, the most discussed new technology is probably VR/AR.
But unfortunately, in addition to the game and film and television industries, in fact, the practical application of these two new technologies has not been so powerful.
Wu Shengwu, deputy director of the Electronic Information Department of the Ministry of Industry and Information Technology, at the "2017 International VR/AR Technology and Industry Conference," a report on "China's VR/AR industry status, problems and development ideas" report pointed out: The virtual reality industry is a new development in information consumption. Hot spots, although China's VR/AR industry has experienced rapid growth, there are problems such as weak foundation, low quality of hardware, and lack of content.
Rethinking the various performances of VR/AR technology during the period of popularization, we can easily find that one of the reasons for the development of VR/AR technology is that it makes full use of the mature scientific and technological achievements, but it is making use of mature scientific and technological achievements. In VR/AR products, manufacturers are only doing simple synthesis.
Problems faced by VR/AR technology
First, the current VR/AR technology is not yet mature enough to easily tailor a suitable content service system for the terminal from the software and algorithm level, thus providing a good user experience;
Secondly, VR/AR technology over-reliance on the existing hardware system in the early application process, and it is not enough to build the technology platform. Therefore, its service category is not rich, and its function is not fully developed. As a result, VR/AR products can only walk on the edge of many industries.
Whose problem is this? The VR/AR industry may have to profoundly reflect on itself.
From the appearance, the "jumpers" of the board cards in the computer are small metal sticks (jumper posts) embedded on the motherboard, sound card, hard disk and other devices, and small clips (jumper clips) that are set on these metal sticks. The function of the jumper is to adjust the on-off relationship of different electrical signals on the device, and to adjust the working status of the device, such as determining the mainboard voltage, the master-slave relationship of the driver, and so on. When the jumper clip is put on two jumper posts at the same time, it means that the two jumper posts are connected. If only one or no jumper posts are put on, it means it is disconnected. It is very important to adjust the jumper. If it is jumped incorrectly, it may crash in some cases or even burn the entire device. Therefore, you must read the manual carefully when adjusting the jumper, and check the name of the jumper, the number of the jumper and the on-off relationship.
The jumpers on the motherboard generally include CPU setting jumpers, CMOS clear jumpers, and BIOS write prohibition jumpers. Among them, the CPU setting jumper is the most complicated. If the motherboard is relatively old, you must set the core voltage, FSB and frequency multiplier jumpers on the motherboard. According to the motherboard manual and CPU frequency, set the above corresponding jumpers. Normally, there is a set of jumpers corresponding to the CPU voltage on the motherboard, and each jumper corresponds to a voltage value. Find the appropriate voltage value, plug in a keycap to short it, and select this voltage value. In the same way, find the FSB jumper and multiplier jumper, and set the appropriate FSB and multiplier respectively. Note that only one jumper can be short-circuited in each group of jumpers.
The jumper here refers to the copper connecting wire, which is made of a standard jumper cable and connecting hardware. The jumper cable has copper cores ranging from two cores to eight cores. The connecting hardware is two 6-position or 8-position modular plugs. , Or they have one or more bare wire ends. Some jumpers have a modular plug at one end and an 8-position module slot at the other end, or are equipped with 100P wiring plugs, MICs, or module slots. Jumpers are used on the distribution frame to transfer various links, and can be used as a distribution frame or equipment connection cable. Both ends of the modular jumper are RJ45 connectors, adopt TIA/EIA-568A pin structure, and have a flexible plug-in design to prevent loosening and jamming. The length of the jumper is 1 foot (0.305 meters) to 500 feet (15.25 meters), the most commonly used are 3 feet, 5 feet, 7 feet and 10 feet. Modular jumpers are used in the work area and can also be used as jumpers in the wiring closet. In the small office network or home network DIY installation, the dual-computer interconnection jumper is often mentioned. This kind of jumper is not a standard jumper used in integrated wiring, but a special hardware device connection line. It is used when two PC computers are directly connected by twisted pair, or when two HUBs are to be connected through RJ45 ports. , You need crossover (commonly known as cross-connect wire, jumper). It follows a special connection sequence.
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