My hi-tech Library

Chapter 26: I'll Give You A Lesson

Chapter 26: I'll Give You A Lesson

Chapter 26 Ill Give You A Lesson

Ahem! Li coughed to get everyones attention.

Li Yi calmly looked around at the people below the stage and introduced himself with a smile, Hello, everyone. My name is Li Yi. My surname is Li and my name is Yi. I am the founder of Muzi Technology and the creator of the challenge system. I warmly welcome everyone to attend this offline new algorithm seminar.

As soon as Li finished speaking, there was a sudden commotion in the conference room. His introduction had caused everyone to feel uncomfortable. The other party was too young. He was simply incredibly young.

Seriously! Those algorithms were your handiwork?

Youre joking! How old are you?! Youre lying! Did you really create those new algorithms?

We came all this way. Please tell me youre not joking.

Li Yis self-introduction was met with a chorus of questions, all of them unable to accept this and began to question him.

On the stage, Li Yi only looked like he was about twenty-three or twenty-four. He looked like he had just graduated from university. However, the challenge system he had created involved a large number of advanced algorithms in the IT field, and the top knowledge structure.

To be able to do this, one would need to spend a lot of time accumulating experience. Moreover, it also required one to have an advanced knowledge structure. Li Yi was so young. Even if he started learning from his mothers womb, it was simply impossible for him to reach this level.

Feeling cheated, the crowd looked at Li Yi with suspicion and indignation.

Everyone, please calm down. Can you let me finish first? Li Yi smiled calmly.

Hearing this, everyone stopped talking and looked at Li Yi with unfriendly eyes, waiting for him to continue.

There are four kinds of people at the level of learning knowledge. The first is: basic learning knowledge. Most people can do this. The second is applying knowledge. A large number of people can learn and use the knowledge they learned. The third is manufacturing knowledge. Only a few people can do this. They process the knowledge they learn and create knowledge that is almost the same but new. Li Yi looked around at everyone and introduced them with a smile.

What about the fourth? Someone below the stage asked impatiently.

The fourth type are the people who create knowledge. These are the rarest kind of people. All of them are peerless geniuses. Human civilization has been around for hundreds of thousands of years, and technology has developed to its current level in recent centuries. Its all thanks to the contributions of such people, Li Yi introduced with a smile.

At this point, Li Yi paused and looked around confidently. He said solemnly, Coincidentally, I happen to be the fourth kind of person, so please dont look at me with narrow eyes. Youre all here to learn new algorithms. Today, Ill teach you a good lesson.

Hearing this, the conference room fell into a dead silence. Everyones breathing was a little heavy. Li Yis confident and somewhat boastful words deeply shocked them.

At the same time, they had to admit that his words made perfect sense.

Everyone was different!

The IQ of those top human geniuses was definitely not something they could guess.

People like them could only reach the second level at most. If they could not even reach the third level with knowledge, what right did they have to question people at the fourth level?

First, let me introduce you to how many new algorithms are involved in the challenge system. Ill let you understand the purpose of writing those subroutines. Then, Ill give you a logic lesson in learning new algorithms so that you can understand them more easily. Li Yi smiled in satisfaction at the quiet crowd and introduced them.

Everyone sat up straight and strained their ears to listen.

Currently, 32 new algorithms have been added to the challenge system. Each algorithm is an independent system. On average, they can be separated into more than a dozen sub-structures. The record for the current number one challenger is 49 challenges, less than one-tenth of the total number of challenges. Li Yi looked at the audience with satisfaction and smiled as he introduced them.

There were so many challenges?

Everyones expressions were joyful and surprised.

Of course, this is far from over. I will continue to add new algorithms and new algorithmic questions, Li added after a pause.

Everyone was shocked. They hadnt expected Li to have so much more to offer.

Are you serious? Have these algorithms been patented? Someone in the audience could not help but ask loudly.

Li looked at the questioner and replied with a smile, The new algorithms that will be added to the challenge system already have pending patents in the relevant technical fields. I will also apply for a patent for the algorithms that will be added later. You dont have to worry about that.

Everyone took a deep breath when they heard Li Yis positive answer. They were all shocked. If there were so many new algorithms, they would probably need to spend years if they wanted to learn them all.

Next, Ill introduce the subroutines that Ive asked you to write. Im sure youve noticed that these subroutines are biased towards virtual systems. Im planning a simulation all-physics laboratory. Take for example, the multi-calculus algorithm that youve learned.

This new algorithm can be used to calculate multiple scenarios and is suitable for virtual scenarios. Theres also the element-exchange algorithm. Its used to accurately calculate the three-dimensional loss function, ultra-precision recognition of false alarms Li Yi looked at the people below the stage and explained the application scenes of various new algorithms in detail, describing the development direction of the simulation system to them.

Gradually, the 72 technical big shots devoted themselves to Li Yis explanation. The expressions on their faces were sometimes thoughtful and sometimes enlightened. The functions of the many new algorithms gradually became clear.

Now, let me begin by explaining the logical structure of learning these algorithms. Li opened his notebook and projected the PowerPoint presentation of his lecture onto the projection curtain.

Hearing this, the 72 technical big shots could not help but become nervous. They opened the briefcases they had brought with them. Some took pens and notebooks, some took out notebooks. All of them looked like students who had come to class and were preparing to take notes.

After a moment, when everyone was ready, Li Yi began to disassemble it in detail in the general direction of the PowerPoint presentation.

Previously, the algorithmic logic youve learned has three ordinary logics: sequential structure, selection structure, and cyclic structure. However, only a few of the new algorithms I created belong to the selection structure. The others have other structures, entanglement structures, positive and negative structures

For example, you have to use the entanglement structure to understand multi-calculus. Theres an entanglement phenomenon with microparticles. You know that, right? Multi-calculus is similar to entanglement, but its a multi-object. By determining the object quantity through a fixed nuclear number.

On the podium, Li Yis explanation was endless. The entire venue was silent except for the sound of taking notes in class and typing on the keyboard.

At this moment, the 72 technical big shots seemed to have returned to school. All of them became hardworking and devoted themselves to learning the new algorithm.