From a university student to a chief academician

Chapter 41 Determining the Research Direction of Supercomputing Mathematical Algorithms
Visit the supercomputing center in the morning.

In the afternoon, close the academician's office!
"How about our supercomputing center?" Academician Guan asked.

"Very good." Ye Fei nodded and said, "As expected of being one of the eight supercomputing centers, both hardware and talents are impeccable."

"It's nothing to us." Academician Guan shook his head and said with a smile, "The best supercomputing center in Xia Country is in Liangxi. If you go there, you will be amazed."

"En!" Ye Fei nodded.

Liangxi's Sunway.Light of Taihu Lake is the fastest supercomputer in Xia Kingdom, and the sixth fastest supercomputer in the world.

Naturally, Liangxi Supercomputing Center is the most luxurious supercomputing center in Xia Kingdom.

"In the afternoon, all the people in base 111 will be called for a meeting, as you officially meet with everyone." Professor Guan said.

"Let's not meet now." Ye Fei shook his head and said, "I want to read the information on the supercomputing algorithm first, and determine the research direction of the supercomputing mathematical algorithm."

"This requires everyone to study together!" Academician Guan said.

"No need, I can do it alone."

The function of the system is to obtain knowledge by doing questions and read materials, and find the knowledge you need from many materials.

Therefore, he can look at supercomputing data and find research directions from it.

"But there are a lot of materials, and you need to read them for a long time." Professor Guan hesitated, "Can you do it alone?"

"I can!" Ye Fei said.

"Okay, I'll let Xiao Yang take you to the reference room."

"Ok."

Afterwards, Ye Fei followed Assistant Yang to the reference room.

It is better to say that it is a reference room than a small library, in which there are classified materials of GPU, CPU and processor.

Of course, this is a big category, and there are many small categories in the big category.

Initially, there are tens of thousands of volumes of materials.

Assistant Yang said: "Ye Fei, all the information is here."

"Excuse me, Assistant Yang."

"Should be."

Assistant Yang left after speaking.

Ye Fei took a deep breath. He didn't need to read all the information, but only the algorithm part.

But even so, there are hundreds of volumes of materials.

"Fortunately, there is a system, otherwise it would take a long time to finish reading."

He doesn't need to look at the information carefully, just glance at it, and the system will automatically identify the required content.

As for the required content, he needs to look carefully.

After speaking, he began to look for the information he needed from among the many materials.

He first found the algorithm information, and he could see ten lines at a glance with hundreds of volumes of information.

Pause occasionally to peruse the content prompted by the system.

It took less than one minute to read each page, and less than one and a half hours to read each volume of materials, and I read ten volumes in one day.

But his behavior seems weird to many people.

You can read ten lines at a glance when reading novels, but ten lines at a glance when reading materials?
Are you sure you are looking at the data, not scanning the data?

People who came into the reference room to look for materials were puzzled when they saw Ye Fei's strange behavior.

Close the academician's office!

"Dean!" Assistant Yang came in and said, "Ye Fei is scanning the materials in the reference room."

In the Supercomputing Center, Academician Guan is the Dean, and Academician Li is the Vice-President.

"What scanning data?" Academician Guan asked suspiciously.

Assistant Yang said: "He reads the materials very fast, he can read ten lines at a glance, turn a page after a few glances, and occasionally stop to read carefully."

"Leave him alone." Academician Guan said: "He may have some special reading skills. Besides, with his achievements, I believe he is not such a boring person."

"it is good!"

3 Month 11 Day!
After Ye Fei finished looking at the data, he spent two days sorting out and summarizing the data, and determined the next research direction of the supercomputing mathematical algorithm.

3 Month 14 Day!
Ye Fei approached Academician Guan and said, "Dean, it's time to hold a meeting. By the way, let me talk about the future research direction of supercomputing mathematical algorithms."

"it is good!"

In the afternoon, at 01:30, the auditorium of the Supercomputing Center!

Thousands of people gathered together, more than 500 people were from Base 111, and the remaining 500 people came from other bases to watch the excitement.

Many people in the supercomputing center are full of curiosity about Ye Fei. They heard that today Ye Fei will talk about the research direction of supercomputing mathematical algorithms in the future. They all want to know what Ye Fei will say at today's conference.

Many professors and two academicians from the Supercomputing Center came.

At this time, the meeting has not yet started, and the people sitting in the auditorium are talking about it.

There was no host present. At two o'clock, Ye Fei took a laptop to the podium and connected the laptop to the projector.

"Hi everyone, I'm Ye Fei!"

"Papa..." There was warm applause from below.

Since Ye Fei created a mathematical algorithm last year, they heard a lot about Ye Fei.

Afterwards, Ye Fei came to the supercomputing center and solved the problems that the [-]th team hadn't solved for three months.

In the supercomputing center, they respect capable people.

If you have the ability, you will be respected by everyone, and if you have no ability, they don't want to listen to you.

Naturally, Ye Fei is capable in the eyes of most people.

As for how much ability they have, they don't have a limit in their hearts.

But at least it seems that Ye Fei is capable.

Therefore, they welcome Ye Fei to the National Supercomputing Center.

Ye Feidao: "As a student who has studied at Zhonghu University for six years, I have always been famous for the National Supercomputing Dune Center, and I yearn for it."

"I am very excited to come to the Supercomputing Center today."

"It is a great honor for the Supercomputing Center to cooperate with me in creating supercomputing mathematical algorithms."

"Next, let me talk about the research direction of supercomputing mathematical algorithms."

"Everyone, please look at the projector!"

"The research that follows is divided into three steps."

"First, create a highly compatible mathematical algorithm, and it is a mathematical algorithm that is suitable for supercomputing."

"Second, make the five algorithms compatible with mathematical algorithms."

"Three or five algorithms are compatible with each other, and after compatibility, they are compatible with mathematical algorithms."

"These five algorithms are clustering algorithm, ant colony algorithm, massive algorithm, fish swarm algorithm and particle swarm algorithm."

Clustering algorithm is also called group analysis. As the saying goes, things of a feather flock together, and people are divided into groups. Clustering algorithms play an important role in data capture and analysis.

Ant colony algorithm is an algorithm for finding optimal paths.

The massive algorithm is an algorithm for finding positioning, which is used by many Internet companies.

For example, Baidu's IP positioning can locate even tens of billions of IPs at the same time.

The fish swarm algorithm is created based on the characteristics of the fish swarm. Fish often like to go to places with abundant aquatic plants. The fish swarm algorithm can automatically find the optimal path.

In terms of characteristics, it is similar to the ant colony algorithm.

But it’s actually different. The ant colony algorithm has a large scope and cannot automatically find the optimal path, and it takes a long time to find the path.

However, the fish swarm algorithm has a small range, can automatically find the optimal path, and takes a short time to find the path.

Particle swarm optimization algorithm, also known as particle swarm optimization algorithm, particle algorithm and particle optimization algorithm.

It is an algorithm created by simulating the foraging of birds, and it is a random search algorithm based on group cooperation.

Wide range, but random.

Each of the five algorithms has its own advantages and disadvantages. Ye Fei made the five algorithms compatible, which can make the five algorithms complement each other and become the most perfect algorithm.

"Woo..." Everyone exclaimed, this is a bit difficult!
Algorithm compatibility is not uncommon. The current algorithm of the Supercomputing Center is compatible with multiple algorithms.

But the mathematical algorithm is different from all algorithms in the world. It uses a lot of mathematical knowledge and very little computer knowledge.

This limits the compatibility of mathematical algorithms.

Five algorithms are compatible with Mathematical Algorithms, requiring a large number of packages for compatibility.

To make the five algorithms compatible with the mathematical algorithm, unless the underlying architecture of the mathematical algorithm is rebuilt and a large amount of computer code is added.

But in this way, is this still a mathematical algorithm?

The advantage of the mathematical algorithm is gone.

Ye Feidao: "Everyone knows that mathematical algorithms are created by mathematics, and I think everyone has seen the fusion and application of mathematical formulas."

比如1+1x2，如果说1+1是一种算法，1x2是另一种算法，那么就是两种算法兼容应用。

"Theoretically speaking, the mathematical algorithm is also highly compatible, and it can be compatible with any algorithm."

"I am confident that the five algorithms will be compatible with the mathematical algorithm without losing the advantages of the mathematical algorithm."

"For the next work, I will organize a group to create a high-compatibility mathematical algorithm. For the rest of the group, I will divide them into five groups, and each group is responsible for an algorithm."

"We started by making all five algorithms compatible with mathematical algorithms, and then slowly tried to make the five algorithms compatible in twos, threes and threes, and finally five to five."

"Finally, let the [-]-[-] compatible algorithm be compatible with the mathematical algorithm."

"I'm done talking!"

"Papa..." There was warm applause from below.

Although it sounds difficult to study, which one is not difficult?

Research that is not difficult is not research, it can only be regarded as playing tricks.

(End of this chapter)