Galaxy Technology Empire

Separated from the Holographic Projection Research Institute is the Holographic Camera Research Institute.

As a complete set of technologies, holographic technology has a projection aspect and must have a camera aspect.

Currently, there are only a few 3D camera manufacturers on the market. For example, Nokia has launched a 3D camera. This non-movie-level 3D camera costs more than 200,000 yuan.

As for movie-level 3D cameras, each one costs several million yuan, and the higher the level, the higher the price.

If Galaxy Technology wants to fully promote holographic projection, then material will be a big problem. If there are not enough holographic movies, TV series, and videos, it will inevitably be too monotonous for users.

But the price-performance ratio of 3D cameras like Nokia's is simply not popular.

It is impossible for ordinary users to buy a 3D camera costing hundreds of thousands just to shoot a holographic video. This is obviously impossible.

In addition, there is another problem with the 3D cameras currently on the market, that is, they cannot be generated with one click. The pictures after shooting must be post-produced to form 3D images.

Obviously, no matter in terms of price or usage requirements, the 3D cameras on the market are quite unfriendly.

Then it is imperative for Galaxy Technology to develop holographic cameras.

So what kind of camera is the holographic camera Huang Junjie needs?

The answer lies within us humans: our eyeballs.

It is true that the human eyeball is the best camera. To realize a holographic camera, it is necessary to adopt the principles of bionics and imitate the structure of the animal's eyeball.

Fortunately, atomic manipulation technology has given Galaxy Technology extraordinary processing technology, otherwise it would be really difficult to master this technology.

There are several laboratories in the Holographic Camera Research Institute, such as optical lens laboratory, image processing software laboratory, camera chip laboratory...

Based on the ideas and information provided by Huang Haojie, they have developed an experimental machine.

This is a large holographic camera. In order to achieve holographic photography, it is equipped with a total of six cameras. Each holographic camera has a 120-degree wide-angle lens. The six cameras are arranged in six directions, front, rear, left, right, up and down.

In the middle of the six cameras is the core processor. This holographic camera is about the size of a basketball.

A researcher held a carbon fiber pole with a basketball-sized holographic camera on one end.

This holographic camera has a gravity sensing system. The researcher carefully held the holographic camera and walked around a room filled with various items.

Next door is an empty room, with a holographic projector placed in the middle of the workbench.

As the researcher in the other room walked around, some items began to appear in the empty mid-air above the holographic projector.

These items are exactly the items in the next room, including lifelike flowers, a restless cat in a cage, an open book of "Once Upon a Time on Earth", and so on.

The person in charge of the laboratory came to the holographic projection and put his hand into the projection, with his thumb and index finger facing each other.

The holographic projection was immediately enlarged until the size of the projection was almost the same as reality, and the person in charge stopped.

Huang Junjie was also watching the person in charge operate the holographic projection.

The holographic projection items in front of you are really lifelike. If someone who doesn't know holographic projection technology enters this room, they will definitely think that these items are real.

The reason why it can be so realistic is that the pixels of holographic projection are very high, reaching 625 million pixels, and human eyes can see more than 500 million pixels at most.

Therefore, with this level of pixels, it is really difficult for people to tell the real thing from the fake one without touching the projected object.

Huang Junjie looked at the unfolded "Once Upon a Time on Earth". Every word on it was extremely clear, as if it were a real book placed in front of him.

He reached out and made a gesture of picking up the book. It was as if the book was being picked up. The projection of the book was placed in mid-air in front of him.

Just like reading a physical book, flip through it gently.

The reason for this was mainly supported by big data. The content of the book he saw was actually a holographic projection book synthesized by artificial intelligence after intercepting the big data of "Once Upon a Time on Earth".

It looks like a real book, except it doesn't have a real sense of reality. This projection is perfect.

This is why Huang Junjie has taken precautions to build six large-scale supercomputing centers. Without the support of big data and artificial intelligence, the material for holographic projection is a big problem.

After a while, Huang Junjie asked: "If we can make a small holographic camera, is there any problem?"

"Hmm..." the person in charge held his chin and thought: "It's not a big problem, but one micro camera may not be enough to support holographic shooting. We want to study how many micro cameras can be deployed to achieve the greatest cost performance."

"In this case, you should join forces with the Holographic Projection Research Institute as soon as possible to study this issue." Huang Haojie ordered.

"Okay, I'll arrange this as soon as possible."

"By the way, now how long will it take for our holographic camera to form a projection?"

"It depends on the equipment and projection target. If it is a large camera developed by us, due to the wide shooting range and detailed content, it will take about ten seconds to cover a 3,000 cubic meter space." The person in charge explained.

Huang Junjie knows that this 1,000 cubic meter space refers to the most delicate area.

Galaxy Technology divides holographic projection into three areas, the central fine area, the transition rough area, and the edge blur area.

The holographic image captured by a large holographic camera has a fine area with a radius of 0 to 50 meters, a rough area with a radius of 50 to 200 meters, and a fuzzy area with a radius of 200 to 1500 meters.

Anyway, the area closer to the camera will be more refined, while the edge blur area is prepared by the image synthesis software.

If you want to create a large-scale holographic image, the entire area must be holographically photographed, otherwise the edge areas will look very rough when you walk over.

Huang Haojie estimates that the fine area of ​​the holographic image produced by the micro camera will be smaller, but automatic filling and boundary blurring can be used to overcome the limitations.

After all, the maximum projected image of a mobile terminal-level holographic projector is an 8 cubic meter cube, so the fineness range is not a problem for it.

"If your software laboratory lacks technical strength, please contact the Software Research Institute. Large scenes are for movies. We want to provide ordinary users with software that can create short scenes." Huang Haojie continued.

"If we use big data integration, plus our cloud material library, and the technology to automatically generate rough areas and fuzzy areas, allowing users to quickly create short scenes, there shouldn't be much of a problem." The person in charge thought for a while and replied. .

Huang Haojie nodded. After holding an impromptu meeting with domestic Internet companies, he has been busy in the holographic projection and holographic camera research institute, just like a hard-working little bee.

Holographic projection and camera technology have become increasingly perfect, and relevant research institutes are cooperating with this matter.

While improving the technology, discover various problems during use and then solve these problems.

Although holographic projection technology has been studied all over the world, only Galaxy Technology has entered the practical stage, and there is no stone to touch.

Of course, in the memory of parallel time and space, there are many pictures of the use of holographic projection, which can be referred to.

Adding another chapter today! Thank you for your support! mwah