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The chat group continues to discuss.

Zhang Zhen was talking about the difficulties encountered in studying robot operating systems, and several people started discussing them.

Zhao Yiquan pretended that he didn't see the chat record and silently sent a smiling expression.

A few seconds later, Ma Xiaojun typed and asked, "Zhao Yi, I watched your interview video, next month's "New Mathematics Progress", you will have your fourth paper, right?"

"Yes, it's past."

"Is your paper about twin primes? I see that's what your interview says."

"right."

"Can you tell me in detail?"

Zhao Yi said, "It is the weakened twin prime conjecture, which only proves a small part, but I think that if you want to prove the twin prime conjecture, this path is no longer possible."

"oh."

Professor Liu suddenly sent a private chat, "My research is almost completed, and the test results are pretty good. After adding your screening method, the computer's ability to identify and analyze inputs has been significantly improved."

Zhao Yi: "Just help you, Professor Liu."

Professor Liu: "If you have time to come to the Academy of Sciences and show you the final effect, don't you have a robot? I can install some program packages in your robot. We also have the most advanced language packages here, which are from cooperative companies, and can help you install them."

"That's great."

Zhao Yi was so moved by the words.

At this stage, what robots lack the most is dialogue ability. The evolutionary algorithm content studied by Professor Liu is also very interesting to design. At least it can allow the robot to have a certain degree of independent learning ability, rather than instilling a large amount of information content.

It seemed that because Zhao Yi suddenly had a bubble, Zhang Zhen also came over and talked about the technical issues of Yuan Zhongchen's team designing the robot operating system.

"If this technical problem can be solved, the framework of the robot operating system will be complete. We can carry out the first step of financing. Once the financing gets money, we can expand the scale and recruit personnel..."

Zhang Zhen started talking.

Zhao Yi asked a technical question, but it was not too complicated, it was just a question of machine language compatibility with the underlying layer.

Zhao Yi doesn't know much about computer hardware technology. He thought about it and recommended his personal past.

Xu Chao.

Recently, Xu Chao's work is very easy and has been providing technical support for cooperative work. After a few trips, he spent most of his time on vacation or just going to the laboratory to check out, but he is not a laboratory employee and has been wandering around in college all day, and he feels like he is old and recalling the past.

Zhao Yi has always not known how to arrange Xu Chao because he has no plans to do other projects and wants to take a rest if he has time.

Now it's OK.

Yuan Zhongchen’s team is a good place. Xu Chao’s technical ability is definitely top-notch. In the past, he was able to not only help in technology, but also serve as a representative of himself, the “big shareholder”.

When there is something important, you can communicate with yourself as soon as possible.

For example, financing is coming soon.

Financing is a good thing for the company, but it is not necessarily all good for the original shareholders. The shares in their hands will be compressed. Of course, after financing, the company's valuation will increase greatly, and the value of the shares in their hands will only increase and will not decrease. But in short, the shares are compressed.

Of course.

For a company, financing is a necessary development process. No one can take over the money. He said he wanted to invest in the company in full, and it was impossible to do that if he had money.

That way it became a family business.

If it really develops into a family business, even the employees in it will lose their fighting spirit. People in the company are working for themselves. Will they still work as hard as before?

So the best way is to let the company develop freely and normally.

Zhao Yi did not consider adding more large investments, but as the founder and core personnel Yuan Zhongchen, he owned the same shares, it is best to have a representative in the company.

That is, in the future, at least worth several hundred million or even more asset shares, it is still necessary to send a representative.

This means that it has strong technical capabilities and can also be of great help to Yuan Zhongchen's team.

Zhao Yi and Zhang Zhen explained their ideas.

After chatting with several people in a row, he planned to turn off the computer and rest for a while, and suddenly he felt as if he had forgotten something.

What exactly is it?

Why can't I remember it?

Zhao Yi sat on the chair and thought for a long time before finally thinking of someone - Tao Zhexuan.

yes!

I have not studied the documents sent by Tao Zhexuan carefully now, and it seems that I am a little sorry for the attention given by the other party.

"All right!"

"Let's take a look this time, and design it if you can!"

Zhao Yi started to look at it carefully.

Last time he had read some content, which involved some professional terms, and he also studied them carefully.

For example, compression perception.

The most core concept of compressed perception is to try to reduce the cost of measuring a signal in principle.

For example, if a signal contains one thousand data, then according to traditional signal processing theory, at least one thousand measurements are required to fully restore the signal. This is equivalent to saying that one thousand equations are needed to accurately solve one thousand unknown numbers.

However, the idea of ​​compression perception is to assume that the signal has some characteristics, then it can restore the signal completely by only three hundred measurements, which is equivalent to solving one thousand unknown numbers through only three hundred equations.

Tao Zhexuan's new digital compression technology revolves around compression perception and uses mathematical methods to turn low-resolution images into high-resolution images.

To this end, he has done a lot of work in mathematics.

What Zhao Yi sees now is his work results.

Obviously.

Many of the contents Tao Zhexuan sent to Zhao Yi were confidential.

After Zhao Yi carefully studied the contents, he felt extremely trusted in his heart, because the mathematical content above can be used as research results.

But think about it again.

When the mathematics research reached Tao Zhexuan or his level, ordinary mathematical achievements were indeed meaningless to them.

Unless it is a very important mathematical achievement, it will be difficult to improve their mathematical status in the international field.

Tao Zhexuan has done his math work well. What he needs Zhao Yi’s help is the algorithm part of the computer.

If there is a very good algorithm that can efficiently design the contents of the mathematical part into the algorithm, new digital compression technology can be realized.

It is almost impossible to convert mathematical theories into computer content 100%. The algorithm is just about how much it is completed.

Tao Zhexuan sent a lot of mathematical theory content.

What Zhao Yi needs to do is to maximize the theoretical content in it and reflect it into computer algorithms, and to maximize the amount of calculation when capturing information.

This is the key to the new digital compression technology.

The most unreasonable thing about the original digital compression technology is that the calculation amount required for data acquisition is higher than that for digital decompression, and the actual hardware level is exactly the opposite.

For example, the performance of point-and-shoot cameras used for taking photos is definitely very average.

The computer used to decompress and analyze photos requires printing, which has a performance of dozens or hundreds of times higher than that of the camera, but the calculation amount used to decompress and analyze photos is even lower.

This is the contradiction.

The algorithm Zhao Yi needs to design is to transform the mathematical theoretical work that Tao Zhexuan does into the algorithm. The closer it is to 100% transformation, the more perfect his work will be.

Zhao Yi really started working.

What he did at the beginning was not to enter the step of designing the algorithm, but to carefully look at the math part. After almost understanding it, he immediately used the "Supervision Law".

Fix it!

Tao Zhexuan is doing mathematical theory of digital compression technology. Applied mathematics is not a simple proof problem. There are many parts of it. Zhao Yi used the "Supervision Law" one by one, so he didn't use much energy at once, but the overall consumption was still a lot.

Now consumption is not a problem for Zhao Yi. As long as it is not consumed at one time, it can be solved with learning coins.

He is now a "nova" in learning currency, or an "energy outbreak" household.

After spending eleven learning coins in luxury, Zhao Yi corrected all the math parts, which took a little less than two hours. Then he sent the revised content to Tao Zhexuan.

Trust is mutual.

Tao Zhexuan trusted him, and he also trusted Tao Zhexuan. He asked Tao Zhexuan to review it and then started designing the algorithm without any problem.

This process will probably take one or two days.

Zhao Yi took the time to study the robot and planned to use it instead of piled it in the dormitory to take up space.

"This is how it goes!"

"Let it be a food-making robot first!"

Zhao Yi decided to come down.

The next morning, I took the robot out and tested it to help me buy breakfast. The money was caught in the robot's hands, and I set the program and route, as well as the breakfast I wanted to buy, and I officially set off.
To be continued...