After the layoffs, I became a tech godfather

Chapter 130 Fighting
Ordinary code program, artificial neural network algorithm model, micro-consciousness model, human brain.

These are the four points on the line. If the intelligence level of an ordinary code program is set to 0, and the intelligence level of a human is 100, then the artificial neural network algorithm is about six or seven, and the micro-consciousness model is about seventy or eighty.

Of course, this is just Hao Cheng’s rough estimate and may not be accurate, but the general trend is always correct.

What Hao Cheng had been learning in the late-night class before, the algorithm design and training of micro-consciousness bodies, is the relevant knowledge and content of the intelligence level of 80.

Hao Cheng used the users' exploration of Xiaosha's boundaries and the training and improvement of Xiaosha——

For example, experiencing very subjective things such as what is "spicy" and what is "beautiful", as well as mapping human emotions and other operations that supplement the basic library of the super code system, is to continue moving up on the basis of the original seventy or eighty levels of the micro-consciousness body.

The difficulty of this can be imagined. After taking more than ten classes, Hao Cheng has indeed learned a lot. Every time he feels that he has made great progress, but at the same time, he also has greater doubts than before the improvement.

Until now, Hao Cheng is still completely ignorant about micro-consciousness and has no idea of its full picture.

It seems like a lot of progress, but has it increased from 80 to 81? Hao Cheng thinks it is far-fetched, and there is a high probability that it has not.

So, from the sixth or seventh level of the artificial neural network algorithm to the seventy or eighty level of the micro-consciousness, this long section in between...

It is very difficult to learn micro-consciousness, and it is even more difficult to improve it. But when the goal and direction have been determined, it should not be that difficult to increase from single digits to double digits, from seven or eight to twenty or thirty, right?
Moreover, Hao Cheng had a strong premonition: completing this middle section completely would be of great use for gaining a glimpse of the full picture of the micro-consciousness body and the subsequent improvement and training of the micro-consciousness body!
Aren't you a god? I will use this method to cut you apart layer by layer, and after cutting you apart, you will become a living algorithm.

The first thing Hao Cheng thought of was to figure out what the transformation of the micro-consciousness was all about.

Xiaosha has confirmed that micro-consciousness cannot run on current hardware devices and must undergo a certain degree of conversion.

As for how to convert, although there is no clue, Hao Cheng found a low-end inferior substitute - to study binary!
Before the advent of computers, people were accustomed to using decimal, hexadecimal, sexagesimal, etc. No one was used to using binary - the number capacity was too small. To represent the same number, binary required more digits than other bases, such as decimal.

But computers only have two states: high voltage and low voltage. At most, a medium voltage can be added. Therefore, only binary or ternary can be used. Any more will be difficult to distinguish and the error rate will be higher.

But it is this binary system that forms the basis of all current computers and even AI.

The logic gate circuits and the integrated circuits composed of them, and the so-called chip SOC now, are large-scale ultra-large-scale integrated circuits.

The simple binary 010101 can run traditional AI that already has powerful functions and even some intelligence...

This is no longer a quantitative change, but a qualitative change! If it is running an ordinary code program, it can still be considered a quantitative change!
So, how many qualitative changes did the current traditional computing power cards go through in order to run the transformed micro-consciousness body Xiaosha?

Hao Cheng didn't know, but he knew that he had to start learning hardware-related knowledge from the basics.

Hao Ben’s undergraduate major was network engineering. After graduation, he has been engaged in software-related work. He has been exposed to AI a little bit, but not professionally. As for hardware-related things, he only did microcontroller experiments during college and learned C language when he was an introductory student.

It will take a lot of effort to lay a solid foundation.

Originally, self-study is also possible, especially with the powerful assistance of Xiaosha, there is no problem. But Hao Cheng thinks that it is still necessary to follow a project from beginning to end and understand all the logic involved. University, especially projects led by well-known professors or even scientific research academicians are the best.

Contact Li Qingbo directly: "Contact the University of Information Science and Technology in the name of Baiju Technology, tell them there is a project here, and ask if they are interested in joint research and development.

"What project?" Li Qingbo asked.

"Research on a new type of arithmetic logic unit (ALU)." Hao Cheng said: "We funded this project and commissioned them to conduct the research. The intellectual property rights belong to us, and the participants can have the right of authorship according to their contributions.

“Then I’ll get involved in the project, following along and providing direction.”

Hao Cheng felt that this was a perfect match. He had a direction and a goal, and they had the foundation and ability. If they could make a small step forward in the right direction, it would be an achievement.

Even the topic he raised is only the most basic.

……

"What? Baiju Technology's project? Research on new ALU? That must be given to me!"

"You're so shameless, aren't you? I'll give it back to you! I'm the one researching integrated circuits, especially new types of integrated circuits. This project is tailor-made for me, okay!"

"What does this have to do with integrated circuits? This is basic scientific research. Arithmetic logic units are my strong point!"

"I……"

Upon receiving the invitation from Baiju Technology, the University of Information Science and Technology attached great importance to it and even did not care that it was the weekend. It called together professors who were doing related research from the School of Computer and Artificial Intelligence, the School of Information Engineering, and the Supercomputing Center.

The person in charge of this matter is a vice president in charge of academics, named Chen Qiuchen.

Watching these professors arguing, he just sat there quietly without saying a word.

It turns out that these people are all very peaceful. They never fight or argue about anything, and sometimes they are even humble. It is quite interesting to watch them fighting at this time.

"Old Zhang, weren't you very humble in the past? What happened this time?" Chen Qiuchen finally couldn't stand it anymore and asked.

"Can this be the same?"

The man called Lao Zhang is named Zhang Honglin. He is in his fifties, which is the golden age in the field of scientific research. He does not fight or compete for things because he is extremely confident that he is capable and what belongs to him is his. Moreover, he is from an academic school and others cannot take away what belongs to him.

But this time it is different. Machine learning and AI-assisted microelectronic architecture design are very cutting-edge topics. Both well-known domestic and foreign universities, even Ivy League schools and research institutes, are involved in this direction.

(End of this chapter)