Military Technology

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After a short break, the new product introduction will continue. As soon as the screen turned, the previous sky had turned into a sea of ​​flowers, where all kinds of flowers competed for splendor. There are also some butterflies and bees flying around.

There are small rivers flowing in and out, snow-capped mountains in the distance, and a few birds flying in the sky.

As for Wu Hao, sitting on a piece of green lawn in the middle of the sea of ​​flowers, he reappeared in front of everyone.

"Next, I will introduce to you a brand-new technology, which is also a blockbuster technology. This technology is the first time we have announced it to the outside world. I believe this technology is enough to affect the lives of all of us in the future."

What?

Hearing Wu Hao's words, everyone who watched the live broadcast couldn't help being excited again. Brand new technology, blockbuster technology, world premiere, will affect future life. Just these few words aroused everyone's interest.

Everyone cheered up and watched carefully, wanting to see what this technology is.

As for Wu Hao, he continued to introduce.

"Do you have this kind of trouble? The number of lenses on our smartphones is increasing. From the initial single camera, to dual cameras, to three cameras, four cameras, and now to five There are six cameras, and there are even ten cameras on a mobile phone.

If it weren't for our smart AR glasses to break this situation, I am afraid that the back of everyone's mobile phone will be covered with cameras soon. "

Hearing Wu Hao's words, the audience all laughed. Indeed, that's true. There are more and more cameras on smartphones nowadays.

Fortunately, the birth of our smart AR glasses has broken this situation.

But what everyone doesn't know, or what everyone didn't expect, is that even small smart AR glasses cannot escape the fate of being covered by cameras. There are five cameras on our smart AR glasses alone.

As for the lenses on the equipment launched by other friends, there may be more.

So many, these shots!

Wu Hao said helplessly: "What we buy is a product, not a bunch of lenses. The current products give people an illusion that whoever has the most lenses is the best, so everyone frantically started to match the lenses.

what standard

Portrait, Landscape, Black \u0026 White, Ultra Wide, Telephoto, Macro, Depth of Field. As long as there are some, they will bump up, and some even get a few low-end lenses to make up the number. "

Hearing Wu Hao's words, some business executives who were watching the live broadcast couldn't help but turn dark and couldn't help cursing.

This bastard was clearly pointing fingers at Sang Huai, disgusting.

But Wu Hao obviously didn't know this, he was still talking with a smile: "these lenses are too many, not only will our consumers spend more money to buy a bunch of lenses that are not used very much, which will increase the weight. Takes up a lot of space inside the device.

Especially on the integrated circuit, it is basically an inch position, and these lenses take up too much space.

So can there be a universal lens, and we can concentrate the functions or effects of these lenses on one lens, we fell into thinking. "

After asking this question, Wu Hao paused for a moment, then shook his head and said, "Is it possible, from the perspective of traditional thinking, it seems that it is not possible.

Because each of these shots has a different structure, how could it be possible to put them together.

Yes, our team encountered such a problem during research and development.

How to solve it? "

Wu Hao stretched out his finger, and saw a dragonfly landed on his fingertip, and several bees were flying around his fingertip.

"Yes, we found inspiration in insects, which are their eyes, which we humans call compound eyes because of the characteristics of their eyes.

What is a compound eye? It is an eye composed of an indefinite number of small eyes. "

The lens zoomed in and aimed at the eyes of the bee in flight, only to see that there were countless small eyes in one eye of the bee.

"That's right, this is the compound eye. As you can see, this eye is swollen with countless compound eyes. These compound eyes together form the bee's field of vision and help it observe the surrounding environment.

It is also because of this pair of super good vision that it can avoid prey, and can observe where there are flowers and honey in that flower from a long distance.

For example, an insect that we all hate, the fly, flies very fast and is difficult to catch. This kind of high-speed dynamic vision is very good, which is unmatched by us humans.

Therefore, we were wondering if we could learn from the structure of the compound eye to develop an artificial compound eye and integrate these lenses together. "

"In fact, artificial compound eyes have already been developed, and the effect is not bad, but this kind of compound eyes is completely bionic, and it is made up of countless small cameras.

This is not what we want. If so many small cameras are really gathered together in this way, what is the difference from the original multi-camera, just a different structure.

So the scientific research team continued to work hard, and after successive failures, they finally explored a new compound eye lens structure, which we call hexagonal honeycomb compound eye lens. "

As the picture turned, countless petals began to gather in the air, and finally gathered into a big ball.

Snapped!

Wu Hao snapped his fingers, and the balls gathered by the petals exploded, and this hexagonal honeycomb compound lens appeared inside.

This lens is not a prototype, but a cut dodecagon. In the shot, there are countless honeycomb structure lines, which together fill the whole shot, which is very sci-fi.

Moreover, the sizes of these honeycomb mechanisms are different, some are large and some are small, but without exception, they are very neatly arranged.

Looking at this sci-fi lens, everyone who was watching the live broadcast couldn't help but let out a gasp.

"This is the hexagonal honeycomb compound lens we developed. In this large lens, there are many small hexagonal lenses. These small hexagonal lenses are arranged neatly, like a honeycomb of bees, so We call it a hexagonal honeycomb compound lens.

Different from ordinary fly-eye lenses, we have concentrated the lenses of many lenses on such a lens, and each lens can be an independent imaging unit with different functions. For example, there are depth of field, perspective, super wide-angle, macro and so on.

These pictures are jointly projected onto a photosensitive element, and then constitute a complex digital picture image. Through intelligent algorithms, these images are stripped and segmented, and then synthesized to produce a high-quality photo or video image. "

Wu Hao stretched out his hand with a smile, the lens was clamped between his fingers, and then he showed it to everyone, "It seems easy to say it like this, but it is actually very difficult."

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