Rule department scholar

"Amazing!"

"It seems that I underestimated other mathematicians!"

"It's not surprising that Professor Liu Hemin can keep up. Chen Ming doesn't know much about computer research, but he can also keep up."

"There is also this row of academicians, all of whom have begun to think? Can it be possible to expand on the basis of my theory?"

Zhao Yi thought about speeding up again, but found that everyone seemed to be able to keep up.

at last.

An hour has passed.

Zhao Yi said sorry, opened the bottle of water and drank it.

Liu Tongen finally came to his senses.

Just now, he saw that many people slapped the fat man with swollen faces. They obviously couldn't keep up with their train of thought, but they tried their best to understand.

He couldn't understand it long ago.

Everyone else listened with gusto, how could it be possible?

Others may not understand, it doesn't matter at all, but he is the person in charge of the project, the deputy designer of the national navigation system, and needs to be responsible for the project.

Liu Tongen took a deep breath and couldn't help saying to Zhao Yi, "Zhao Yi! I didn't understand what you said just now."

"Where? Is it the edge efficiency calculation just now?"

"No, go further."

"Transformation of decompressed data?"

"No, go further..."

"Judgement analysis, calculation module, but that should..."

"Going forward..."

Zhao Yi was a little confused.

Liu Tongen bit the bullet and said, "It's that...that...since you finished talking about the frame..."

Zhao Yi opened his mouth wide for a long time, "...Isn't that just the beginning?"

Chapter 287 Tenfold performance improvement!

There were [-] to [-] people from the Academy of Sciences present, and the lowest rank was also an associate researcher. Most of them were from the Institute of Mathematics, and seven or eight were from the Institute of Software. An old academician.

It would be an exaggeration to say that they couldn't keep up with Zhao Yi's explanation.

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

But more can't keep up.

Liu Tongen managed to keep up with Zhao Yi's explanation. He was about 50 years old, and he was considered young among academicians. Being appointed as the deputy designer of the national navigation system was enough to prove his level of ability.

However, Liu Tongen could barely keep up, and he knew that more people couldn't keep up.

One is because of knowledge.

The mathematics that Zhao Yi talked about is a whole set of theories, which not only involves mathematics, because it is a theory of digital compression technology, which is used in theoretical calculations in a mathematical model.

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

In addition, those who specialize in algorithms and network technology in those software institutes are even more unlikely to keep up.

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

This will not work.

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, camera, and information transmission.

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

They must have known it first.

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

This is Liu Tongen's idea.

No one in the whole room was willing to be the first bird, saying that he didn't understand. As the deputy designer and the direct person in charge, he simply stepped forward and asked Zhao Yi to explain it in detail from the beginning. It doesn't matter if he loses a little face.

The others silently gave Liu Tongen a thumbs up. Some of them really couldn't keep up with their train of thought, and some of them followed their train of thought and listened in a daze.

Zhao Yi's explanation was too fast, and even skipped a very critical calculation step.

In addition, many people found that in Zhao Yi's explanation process, some very critical and difficult steps were skipped directly.

This is depressing.

For some very simple places, he emphasized a few sentences, and when it came to difficult to understand and brain-intensive places, he just skipped them?

Zhao Yi was also a little embarrassed seeing the expressions of everyone.

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

This time he spoke very carefully.

It took more than an hour before he spoke 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 came to his senses and nodded immediately, "Yes, we've been here for more than two hours. We'll continue tomorrow!"

He said to the others, "We really didn't entertain well. Zhao Yi just asked him to talk about it when he first arrived. The talk lasted for more than two hours. He didn't know where he lived, and he didn't put down his things."

"Yep!"

"I can't finish talking about this in a while."

"Zhao Yi!" Professor Liu Hemin stepped forward and said, "I've been looking forward to your coming here, but now you're here, let's go, I'll show you around the software institute and my laboratory."

"it is good!"

Zhao Yi took a long breath.

Doing lectures for more than two hours in a row really makes people feel very tired. It is still necessary to take a proper rest. It is also good to visit the Institute of Mathematics and Software.

He glanced at the report again, and said distressedly, "According to this speed, I will talk for three or four days!"

"Do not worry!"

Liu Tongen smiled and said, "Your contribution will never be forgotten. Now we are counting on your mathematical theory to improve the performance of our satellites."

It's a big deal!

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

These old academicians trembled when they walked, and they were all similar to Professor He Mingcheng. It was not easy to insist on coming to work.

For academicians of this age, work and research are really casual. They are all just interested in listening, and some are here for Zhao Yi.

An old academician said, "Let's 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 combination of 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."

"Academician Wan, hello."

Zhao Yi greeted politely, then thought about it and said, "According to my proof ideas...just the sieve method and group theory, it's still a little bit worse, because group theory can't cover specific numbers, it can only be discussed in a range .”

"Ah."

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

"...What I said may not be right." Zhao Yi hurriedly made a statement. He didn't want to stifle the imagination of others because of a point of view.

Wan Zhongci smiled and said, "My incompetent student is too far behind, you can't do it anymore, let him figure it out..." He shook his head and said, "It's useless to give him 20 years."

The others nodded.

Many of the students Wan Zhongci mentioned knew each other well, and they were also an associate research fellow of the Institute of Mathematics. They really liked the research of number theory and had been engaged in related research.

Researchers who purely study number theory are rare in the Institute of Mathematics.

Rare things are precious!

Those who can achieve results in this field are undoubtedly geniuses, but compared with Zhao Yi, the gap is too big.

Zhao Yi combined the sieve method with group theory to prove Goldbach's conjecture.

If the twin prime number conjecture can be solved according to this idea, Zhao Yi will do it himself. He has published "Bounded Gap of Prime Numbers" related to the twin prime number conjecture, and he must have deep research on twin prime numbers.

If he said no, he definitely couldn't!

The day.

Zhao Yi's place of residence was arranged in a hotel near the Institute of Mathematics, but Liu Hemin simply checked out the room after a visit.

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

Everyone else was a little annoyed.

They also hope that Zhao Yi can go to live in their own home and receive a genius who proves Goldbach's conjecture at home.

Zhao Yi is omnipotent!

Mathematics and computer have top-level achievements. Talking to him about related fields may help my research.

Zhao Yi didn't know that he became a "Tang Monk", but he didn't dislike living in Liu Hemin's house. For the people in the Academy of Sciences, Liu Hemin was the one he was most familiar with and liked the most.

Back when he was not well-known and could not even write a computer thesis, Professor Liu Hemin patiently guided him. It would be nice 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, not even comparable to the Intelligence and Automation Laboratory. The Intelligence and Automation Laboratory has the word "automation" in it. Assembling a robot is not the same as an ordinary computer laboratory. It feels like there are a few more computers. The server is a large row of high-performance processors, neatly arranged together, and there is no good-looking.

The most precious thing in a computer lab is software.

Liu Hemin took out several hard disks and CDs that stored the 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 was eye-opening.

The software institute of the Academy of Sciences is really extraordinary. Many software functions are placed outside, and it feels like pure black technology.

Some of these are software with imperfect functions, and the performance has not reached the standard for the market, and some involve confidentiality and are specially used for the country's internal use.

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

Zhao Yi did not forget to install the evolutionary algorithm for the robot.

Although the performance of the algorithm is still very poor, the important thing is that he got a part of the source code, and after studying the code thoroughly, he can improve it on the basis of the code.

This gain is simply too great.

Zhao Yi became very motivated to explain the theory of digital compression technology. He explained for four hours in the morning and afternoon.

At the beginning, only a fixed number of people attended the lectures. On the second and third days, the number of people began to expand.

Those who are qualified to listen to the Institute of Mathematics and Software have come.

The location of the lectures has also changed from small classrooms to large classrooms, and the last day was simply in the large conference room.

After a few days of detailed explanations, many people also understood it thoroughly, especially those who are proficient in computers and mathematics, it is easier to understand.

If you only have research on one aspect, it is not easy to understand it thoroughly.

That's enough.

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

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

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

"According to this set of theories, to install and debug equipment, all of them are planned in a unified way, and the performance will be improved even more!"

"I think this is even more high-end than the digital compression technology mentioned internationally!"

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