Genius of the Rules-Style System

Among the twenty to thirty people present from the Academy of Sciences, the lowest rank is also an associate researcher. Most of them are from the Institute of Mathematics, and seven or eight are from the Institute of Software. There are also a few who are here specifically to observe, such as Professor Liu Hemin and a few people in the front row. An old academician.

To say that none of them could keep up with Zhao Yi's explanation would be a bit exaggerated.

Although Zhao Yi's follow-up explanation was very fast and it was really not easy to keep up, a few people still caught up.

But more cannot be kept up with.

Liu Tongen reluctantly followed Zhao Yi's explanation. He was about fifty years old, and he was considered the youngest among academicians. Being appointed as the deputy designer of the national navigation system was enough to prove his ability level.

However, Liu Tongen could only barely keep up. He knew that more people could not keep up.

One is because of knowledge.

The mathematics that Zhao Yi talks about is a set of theories, which involves more than just mathematics, because it is a theory of digital compression technology and uses mathematical models for theoretical calculations.

Mathematics has done a lot of pure mathematics and applied mathematics. For those who have little research on computers, it is not easy to keep up.

In addition, those in software institutes who specialize in algorithms, network technology, etc. are even less likely to keep up.

During Zhao Yi's explanation, he skipped the calculation part.

This is not okay.

For the national navigation system project, the talents involved in the software project are the main force. They need to design a set of algorithms and software based on Zhao Yi's theory to improve the performance of satellite positioning, photography, and information transmission.

If the people in the software institute don't understand it and don't understand the specific calculation process, but only know a general framework, it will be too difficult to design it.

They must understand it first.

Taking advantage of Zhao Yi's opportunity to explain, let everyone understand it at once. If others don't understand in the future, it will be much easier to find someone to explain.

This is what Liu Tongen thinks.

No one in the room wanted to be the first to say that they didn't understand. As the deputy designer and person directly in charge, he simply stepped forward and asked Zhao Yi to explain it in detail from the beginning. It didn't matter if he lost a little face.

The others silently gave Liu Tongen a thumbs up. Some of them really couldn't keep up with the train of thought, while others were confused as they followed the train of thought.

Zhao Yi explained too quickly and skipped very critical calculation steps.

In addition, many people found that some key and difficult-to-understand steps were skipped during Zhao Yi's explanation.

This is depressing.

In some very simple places, he emphasized a few sentences, but when it came to the parts that were difficult to understand and required a lot of brain power, he just skipped them?

Zhao Yi was a little embarrassed when he saw everyone's expressions.

He told Liu Tongen that it was very frustrating to start from the beginning, and he knew that what he said was indeed not up to standard, so he simply said it again.

This time he spoke in detail.

It took more than an hour for him to finish a quarter of what he had just said.

Zhao Yi flipped through the contents of the printed report, stopped and said to Liu Tongen, "Should we come here first today?"

Liu Tongen reacted and nodded immediately, "Yes, we got here first, more than two hours ago. We will continue tomorrow!"

He said to the others, "We really didn't provide good hospitality. Zhao Yi just came and asked him to speak. The lecture lasted for more than two hours. He doesn't know where he lives and he didn't even put down his things."

"Yep!"

"I won't be able to finish talking about this in a while."

"Zhao Yi!" Professor Liu Hemin stepped forward and said, "I have been looking forward to your coming here, and now you are here. Come on, I will take you to visit the Software Institute and my laboratory."

"good!"

Zhao Yi took a long breath.

Giving lectures for more than two hours in a row is indeed very tiring, so you still need to take a proper rest. It would also be good to visit the Institute of Mathematics and the Institute of Software.

He looked at the report again and said distressedly, "At this rate, I will have to talk for three or four days!"

"Do not worry!"

Liu Tongen smiled and said, "I will definitely never forget your contribution. Now I am counting on your mathematical theory to improve the performance of our satellite."

This is really a big deal!

Then it became lively. Many people came over to talk to Zhao Yi, including a few old academicians in the front row.

These old academicians tremble when they walk. They are all similar to Professor He Mingcheng. It is not easy for them to insist on coming to work.

Academicians at this age are really very casual about their work and research. They are all just interested in listening, and some are here for Zhao Yi.

An old academician said, "We have a chance to discuss Goldbach's conjecture! Your second proof method."

"I have a student who said that according to your idea, you can use the sieve method and group theory to connect twin prime numbers. What do you think of this idea?"

Everyone else looked at Zhao Yi.

Liu Tongen quickly introduced, "Wan Zhongci, Academician Wan."

"Hello, Academician Wan."

Zhao Yi greeted him politely, and then said thoughtfully, "According to my idea of ​​proof...it's just sieving method and group theory, which is still a little bit worse, because group theory cannot cover specific numbers and can only discuss ranges. .”

"Um."

Wan Zhongci nodded thoughtfully, "Then I'll tell him to think differently."

"...What I said may not be right." Zhao Yi quickly made a statement. He didn't want to stifle other people's imagination because of one point of view.

Wan Zhongci smiled and said, "My incompetent student has too many shortcomings. You even said it can't be done and let him think about it on his own..." He shook his head and said, "It's useless to give him twenty years."

The others nodded.

The student Wan Zhongci mentioned is known to many of them and is also an associate research fellow at the Institute of Mathematics. He really likes the study of number theory and has been engaged in related research.

Researchers who purely study number theory are very rare in mathematics institutes.

Things are rare and valuable!

Anyone who can achieve results in this field is undoubtedly a genius, but compared with Zhao Yi, the gap is too big.

Zhao Yi proved Goldbach's conjecture by combining the sieve method with group theory.

If the twin prime conjecture could be solved according to this idea, Zhao Yi would do it himself. He has published "Bounded Gap of Prime Numbers" related to the twin prime conjecture, and he must have done in-depth research on twin prime numbers.

If he says no, it definitely won’t work!

…

Zhao Yi was arranged to live in a hotel near the Institute of Mathematics, but Liu Hemin simply checked out of the hotel after a trip there.

Liu Hemin said enthusiastically, "Last time I went to Zhengyang, Zhao Yi asked me to stay at his house. This time when he comes, he can just stay at my house."

Everyone else was a little annoyed.

They also hope that Zhao Yi can stay at their home and receive a genius who proves Goldbach's conjecture. On the one hand, it will bring glory to him, and on the other hand, they can communicate together.

Zhao Yi is all-powerful!

He has top-notch achievements in mathematics and computers. Chatting with him about related fields may be helpful to your own research.

Zhao Yi didn't know that he had become 'Tang Monk', but he didn't resent living in Liu Hemin's house. Among the people in the Academy of Sciences, Liu Hemin was the one he was most familiar with and had the most favorable impressions of.

I remember that when he was not well-known and could not even write a computer paper, Professor Liu Hemin patiently guided him. It would be good to stay with Professor Liu for a few more days and discuss mathematics and computer research together.

On this day, Zhao Yi followed Liu Hemin all the way to visit the Software Institute and Liu Hemin's laboratory.

Liu Hemin's computer laboratory is really nothing to see. It is not even as good as the intelligence and automation laboratory. The intelligence and automation laboratory has the word "automation" in it. There are some technological components in it that can be put together. Assembling a robot makes an ordinary computer laboratory different. It feels like there are just a few more computers. The servers are just a row of high-performance processors, neatly arranged together, and nothing looks good.

The most precious thing in the computer laboratory is the software.

Liu Hemin took out several hard drives and CDs storing software, showed Zhao Yi the functions of the software, and gave a brief introduction.

These are the most valuable.

Don't underestimate a CD. The things stored in it may be worth millions or tens of millions.

Zhao Yi's eyes were opened.

The Software Institute of the Academy of Sciences is indeed extraordinary. Many software functions appear to be purely black technology when placed outside.

Some of these are software with imperfect functions, and their performance does not meet the standards for being put on the market. Some of them involve confidentiality and are specially used within the country.

Anyway, it’s good to see and listen to it, at least it’s an eye-opener.

Zhao Yi did not forget to install evolutionary algorithms on the robot.

Although the performance of the algorithm is still very crude, the important thing is that he got part of the source code, studied the code thoroughly, and was able to improve it on the basis of the code.

This harvest is really great.

Zhao Yi became very motivated when he explained the theory of digital compression technology again. He explained it for four hours in the morning and afternoon.

At first, only a fixed number of people attended the class, but on the second and third days, the number of people began to expand.

From the Department of Mathematics and the Department of Software, everyone who is qualified to listen is here.

The location of the lecture also changed from a small classroom to a large classroom, and on the last day it was simply in the large conference room.

After several days of detailed explanation, many people have understood it thoroughly, especially those who are proficient in computers and mathematics, it is easier to understand.

If you only study one aspect, it will be difficult to understand it thoroughly.

This is enough.

After thoroughly understanding the theory of digital compression technology and comparing it with previous compression technologies, many people have an assessment in mind.

"If this set of mathematical theories can all be realized, the performance of the same hardware configuration will be increased by at least six times."

"Six times is less, at least ten times!"

"Follow this set of theories, install and debug equipment, and plan everything in a unified manner, and the performance will be improved even more!"

"I think this is even more advanced than the digital compression technology mentioned internationally!"

"It's hard to say whether it's high-end or not, but it's most suitable for use on satellites..."

"..."