Is it feasible for a student team to develop an AR car search system?

In fact, AR technology was applied to the front windshield of automobiles by Denso as early as 2012. Major auto parts giants, such as BoschContinental, Delphi and others are studying the application of AR technology in automobiles. At present, the mature application of AR technology in automobiles is mainly in automobile production, automobile sales and human-computer interaction of intelligent vehicles, among which the applications in human-computer interaction include augmented reality information display, augmented reality driving assistance system, augmented reality somatosensory interaction system, etc.

These are all features that will be necessary for smart cars in the future, and they are also the main landing points of AR technology.

On January 5, Continental showcased its augmented AR-HUD technology at CES 2017, hoping to make the vision of zero accidents a reality by giving drivers all the relevant information in their line of sight with the help of advanced head-up display technology.

The difference between AR-HUD and ordinary HUD is that it uses AR technology to accurately project mirror information in real traffic conditions. Recently, the relevant person in charge of Continental Group China told reporters that when navigating, an arrow-like image that perfectly fits the exterior scene indicates the route of the vehicle on the road surface at the bend in front of the vehicle. When Adaptive Cruise Control (ACC) is activated, the AR-HUD visualizes the vehicle in front as detected by the driver assistance system.

Continental expects to be ready for mass production of AR-HUDs in 2017.

Helmut Mattschi, Member of the Board of Directors and Head of the Body Electronics Business Unit at Continental, also said: "AR-HUD is an important step forward in human-computer interactionIt can help to achieve more comfortable, economical and safer driving. All the important information is easily accessible to the driver right in front of his eyes.

At Automechanika China 2016, Bosch presented the concept of the connected repair of the future. In response to the fact that automotive service technicians need to face a large number of manuals when making repairs, Bosch has developed an integrated platform based on AR technology. A technician scans the parts to be repaired with a mobile phone or tablet equipped with Bosch CAP software, and all relevant technical data and standard operating procedures are immediately displayed, ensuring that repairs are accurate, intuitive and efficient.

In fact, Bosch has been exploring the application of AR in automobiles for a long time. In 2015, Bosch acquired Reflekt, a German start-up that mainly provides AR solutions, and the two companies have been working together for two years.

Developed by a team of students from Wuhan University of Science and Technology.

The AR indoor reverse car search system only needs a few simple steps to quickly find the car. A team of students from Wuhan University of Science and Technology has developed an AR indoor reverse car search system, which can quickly find a car in just a few simple steps. It is reported that this invention won the third prize in the 14th National College Student Transportation Science and Technology Competition.

It only takes a few simple steps to quickly find a car. It is reported that this invention won the D award in the 14th National College Student Transportation Science and Technology Competition.

I think that if there is an idea, there must be feasibility, so it is feasible.

The student team developed the AR car search systemThe student team of Wuhan University of Science and Technology developed the AR indoor reverse car search system

The student team of Wuhan University of Science and Technology has developed an AR indoor reverse car search system, which I think is still very reliable.

The student team of Wuhan University of Science and Technology has developed an AR indoor reverse car search system

We parked the car in an unfamiliar parking lot, and sometimes we really couldn't find our car when we came back from errands, not because our vision was not good, and we couldn't see the lights of our car when we pressed the key key, but because the structure of the underground parking lot was too complicated, and sometimes the key was pressed in vain, which was beyond the controllable range. Wuhan University of Science and Technology students have developed the AR car search system, what is its principle?

In fact, the principle of this AR patrol system is very simple, they use big technology data, so that they can find their own car in a short time. This may be one of the benefits of technological development, so I feel that this AR reverse car search system is very convenient to be able to quickly grasp the direction of your car through a simple 4 steps.

It's actually very simple. Step 1: You can take a picture of your vehicle, or enter the number of your parking space; Step 2:

Match the map of the parking lot, so that real-time positioning can be realized; Step 3: When returning to the path, the most reasonable and excellent driving route is calculated through ER technology; Step 4: We use AR real-world navigation to find our car.

After listening to the simple operation process, do you already feel that this is like our map navigation? The principle is similar, and it brings us a lot of convenience. There are many friends here who will mention, what if it is said to be in the underground parking lot with a bad signal?

Students from Wuhan University of Science and Technology also gave the answer, combining AI technology and Android's NDK development technology to solve the problem of slow image recognition speed and server connection. Therefore, we can choose to use offline recognition technology to find our own car. Isn't it convenient?

The principle of this AR car search system should also be the principle of positioning and searching.

I guess it's through functions like positioning.

Its principle is similar to Alipay's AR system.

The principle should be that you can find your car as far as you can see, which is similar to face recognition.

First enter the parking position, and then locate it casually when looking for a car, and you can find it with a starting point and an end point, and you can navigate it.

It works by looking automatically, just like radar.

The principle can be given like a remote control, you haven't even seen the car, it has been found.

Maybe it's similar to the recognition system, like the sweeping activities before the Spring Festival.

Cars are already an inseparable means of transportation in our lives, and driving has become an ordinary thing that can no longer be ordinary. Moreover, consumers are paying more and more attention to the functions of cars when buying cars. Recently, students from Wuhan University of Science and Technology have developed an AR car search system, how can it help users?

Students from Wuhan University of Science and Technology have developed an AR car patrol system that allows consumers to quickly find their car in a few simple steps. Although Lemon is not familiar with the AR patrol system, it is absolutely great to know that it is absolutely great to be able to quickly find your car in an unfamiliar parking lot.

Because we often drive out, parking in a relatively unfamiliar parking lot is also a common occurrence, especially in the underground parking lot。There are many entrances and exits to this parking lot, and there are also many elevators to the ground level. When we came down from the errands, Zhichang might not be able to go back the way we came.

Therefore, when we are looking for our own car, it will be more troublesome, and of course, it is also a headache。Because the underground parking lot will use the English alphabet to distinguish the parking space. In addition, the shape of the underground parking lot is not fixed, and sometimes it is complicated, even if we remember which district we believe in the car we are accumulating, it is not easy to find.

So in the process of finding a car, it takes a lot of time. Just like the last time Lemon drove to Wanda Plaza to play the intricacies of the underground parking lot, I remembered that my car was in Zone A 225 and it took 15 minutes to come back to find the car.

Just looking at this car search system, which allows us to find our car in a short period of time, is already a great help for consumers.

The driving system developed by Wuhan university students is so good that people with a very poor sense of direction can quickly find their cars.

Listening to the name, I feel that it is a very shabby design.

That will definitely make it easier for users to find their own car.

This will not be the case of not being able to find your car, which is very helpful.

It can help users live more conveniently and find what they need more quickly.

Maybe users can quickly find the car through such a system, which will be more convenient in the future.

This makes it easy to find your car.

The main thing is that you can find your car quickly, and you don't have to look for it anymore.