After Zuo Sicheng inquired about the Jiangnan Group's gantry policy, he felt very excited. He felt that he could go to the Longmen.

After all, the headquarters of Jiangnan Group is only two streets away from its home. Such a large group is not a try, wouldn’t it waste the advantage of distance?

Maybe my ancestors are still related to Huang He or something.

However, since I decided to jump into the Dragon Gate, Zuo Sicheng had to find one of the six majors.

The first one in physics and chemistry was left aside by Zuo Sicheng. If it weren't for these two disciplines to be too difficult, but if you want to study these two disciplines, you must cooperate with the experiment. Zuo Sicheng did not have this ability and got a lot of experimental equipment.

Railway and materials engineering are even more impossible, both of which are more demanding for the research environment.

In the end, the only things that can be mastered in a short time are programming and electronic technology.

But these two are also difficult. For programming, you need at least one computer. For electronic technology, you need some electronic equipment to do research.

Zuo Sicheng remembers that he had seen used books about computers, newspapers, magazines, etc. at home, which were all waste paper sold by others.

So Zuo Sicheng and Huawei went to find these books and studied them for a day. After Zuo Sicheng had a bold idea, that is, he could build a computer by himself.

This may sound incredible, but it is actually feasible, because this is a waste recycling station, and there are naturally many used electrical appliances in it, including several computers.

After carefully studying the basic books of computers, Zuo Sicheng started to rub the computer with his hands, directly disassembled all the used computers, then inspected the parts inside, looked for equipment that could be used, and then combined them to form a new computer.

Zuo Sicheng was lucky this time. The parts in these used computers can complement each other into a computer. The only problem is that there is no monitor.

But this doesn't matter. Zuo Sicheng found a 32-inch color TV that was thrown away. This TV can actually be used, but there is a line in the middle of the screen that cannot be black and cannot display the picture.

But as long as you can tolerate this black line, there will be no problem.

So Zuo Sicheng transformed the input port of this TV, removed the general excuse from a broken screen monitor, and then manually soldered it to the input terminal of the TV... Although this process was a bit troublesome, Zuo Sicheng still succeeded.

So after two days of busyness, Zuo Sicheng owned his own computer, which could turn on and turn on the screen. Zuo Sicheng even found some very good videos in the computer's hard drive, probably left by his ex-master. He didn't expect that his hard drive would be used for another day.

But soon Zuo Sicheng discovered a new problem, that is, he had no Internet and could not connect to the Internet to find programming learning materials.

But that doesn't matter. Zuo Sicheng's home has a telephone cable, and at that time, the Internet was done using a telephone cable, and only a cat was needed.

Of course, Mao Zuo Sicheng does not have it, nor does Telecom's account, but these can be done by making a phone call. Now, in order to promote business, if you order a year of broadband, Mao will give it for free, and the Internet fee will be deducted from the phone fee every month.

So you only need to call the telecommunications one phone number and you can have the Internet. It’s very simple. That’s how Zuo Sicheng does it.

When the telecommunications installation engineer came to the door, he saw that the small garbage recycling station had to install broadband. He was shocked and asked curiously. Then Zuo Sicheng replied lightly, "The future is the era of the Internet, and even those who collect rags must be integrated into the Internet! This is called Internet+ together."

The installation master said he didn't understand at all, but was shocked.

So Zuo Sicheng had his own computer and network, so he could learn programming seriously. However, Zuo Sicheng still faced a problem, that is, he had to pay the phone bill in a month. To be precise, his father had to pay the phone bill, and then it would definitely be an astronomical figure, up to hundreds of yuan in phone bills.

At that time, Zuo Muli, who learned the truth, might have killed his son. But it doesn’t matter. Zuo Sicheng believes that as long as he succeeds in learning within one month, he successfully passes the Longmen Plan and becomes an employee of Jiangnan Group with a monthly income of tens of thousands, then his father will never care about hundreds of yuan, otherwise he will not pay a penny for his monthly salary!

Next, you have to learn how to program within a month and reach the point where you can pass the Gantry Plan exam, which will definitely require the help of the teacher.

But Zuo Sicheng also knew that he had no money to find a professional teacher to help him, so Zuo Sicheng wanted to find some self-study tutorials online, but he found that the lost Lamb G advertised on a computer programming forum, saying that he could learn programming for a month with 50 yuan. Zuo Sicheng thought it was very cost-effective, so he added his 00 yuan and chatted with him for a night. He successfully cut the fee to 20 yuan. Then he studied hard for a month. Not only did he learn basic programming knowledge, but he might even add 20 yuan to get it back. He just had to find a way to solve this simple problem.

Zuo Sicheng really doesn’t think this question is a very difficult question. On the contrary, in Zuo Sicheng’s opinion, this question is a bit simple.

Although he needs to complete a chip architecture, this does not require a complete architecture, but requires an architectural idea, that is, design a simple architecture diagram and then be able to write it theoretically to prove that this idea is indeed feasible. That's fine.

There is no need to really complete a complex architecture with billions of semiconductors, which is something that can't be accomplished by a single person.

It is very simple to give an idea. As long as you understand how this architecture should be run, you only need to draw a suggested architecture diagram for up to one day and write some explanatory text.

In process courses, such assignments are often assigned and require one week to complete, so this is not a difficult thing.

The key is to have an idea of ​​completing the architecture.

The lost Lamb G gave Zuo Sicheng the question that the semiconductor arrangement is actually very simple. Each semiconductor is connected to 5 semiconductors, forming a completely identical connection structure without any changes. Therefore, this architecture is very simple and does not require any complex ideas. You only need to find a structure that allows these semiconductors to perform normal chip computing!

5+5+5+5... There are billions of 5 sum sequences like this, which require you to find a solution. It seems very huge and terrifying, and the calculation amount is extremely terrifying.

But if you can find a way to find the constant N, then 5xN, and in a few seconds, you will know what the result is, which is very simple.

Of course, the most difficult method here is to find the constant N, but Zuo Sicheng doesn't need to find it. He just needs to tell others that 5N is the result of this sequence. He doesn't need to find the specific value of N. This requires hundreds of people to do mechanization. He only needs to list the formula to do it. It's that simple.

So Zuo Sicheng felt that the other party was not deliberately making things difficult for him and asked an extremely difficult question. He just gave himself a question in a brand new field, which made Zuo Sicheng feel that it was pretty good.

Because it can freely obtain a basic textbook in the process and master the process ability, this should be of some help to pass the Gantry Plan.

So Zuo Sicheng began to study this topic seriously. Well, it seems a bit rare. The conventional way of using a semiconductor closure to form an architecture seems to be very difficult to achieve in this system, and there are too many interferences between each other.

After thinking about it all night, Zuo Sicheng felt a headache. Maybe it was an attack of the disease, so he decided to go to bed and talk about it the next day.

In the dream, Zuo Sicheng came to a dim street. He and a few friends seemed to be carrying something heavy. After a few days, he was facing a group of people fighting. Someone took out the things he carried that day and knocked on his head.

…………

When I woke up the next day, Zuo Sicheng felt refreshed and couldn't remember anything that happened in my dream. Everything was so relaxed and cute. The sky was so pure blue. There were five ducks in line at the door, passing by the door one by one, which was very interesting!

"Yes, since it is very difficult to perform structural operations in the state of a semiconductor, then just bind the five semiconductors together to form a whole!"

"And in this special semiconductor architecture, there are five semiconductors with the closest connection. They have four lines that connect the other five, and only one line connects to another group."

"Which five such small groups can also form a larger 55 group, and the large 55 group can also form a larger 55 group. Will such a layered nesting doll structure form an operational structure that can be controlled by current?"

"It's so simple. It seems that this lost Lamb G is not bad for me. I gave me a relatively simple question. Just understand the basic architectural knowledge and use it a little bit!"
Chapter completed!