Chen Yang packed up all the experimental equipment, turned around and sat on the chair, exerted force with his feet, and the chair gently slid towards the host.

With the importance of a happy mood in research and study, Chen Yang simply changed the chair to a soft leather chair with rollers. Not only did he feel comfortable sitting down, but he also needed to move his feet to slide freely in the basement, which effectively improved the researcher's working mood and comfort.

When the researcher is in a good mood, he will naturally improve his work to a certain extent.

Chen Yang continued to start research on artificial intelligence.

According to what the right hand said, in the study of computer intelligence in advanced civilizations, the most important thing is to study simulated consciousness from nothing to something. Only by thoroughly studying simulated consciousness can computer intelligence be initially brewed.

Chen Yang has a deep understanding of this point. As a technological product in advanced civilization, the simulated virtual consciousness of the cornerstone core is almost the same as that of a real person, making it difficult for Chen Yang, a human being, to distinguish the authenticity of it. Although the cornerstone core is not a complete application of artificial intelligence technology, just a slight part of it is no longer something Chen Yang can study.

Not to mention him, even his right hand was hesitating at it, and there was no real theory to talk about it. This is like when launching and using a nuclear bomb, you only need to enter a password and press a button, but how to build a nuclear bomb and the specific design principle, the person who presses the nuclear bomb launch button must be stunned.

Despite this, artificial intelligence, which is too profound, cannot make suggestions with the right hand, but artificial intelligence, which exceeds the current research level of human beings, can still give some advice.

Of course, right hand is an egoist. If it is not for it that it feels that artificial intelligence will help future plans and expect it to help Chen Yang for free, it would be better to discuss what to eat today.

In view of this, the right hand gave a suggestion that the research on artificial intelligence should start with simulated consciousness, and there is no need to truly achieve a complete level of human consciousness. First, accept the "information stimulation" from the outside world as the first step, and then make progress slowly.

Although he had this general policy, if he really wanted to study simulation consciousness, it involved not only computer technology, but also extensive knowledge in philosophy, which made Chen Yang very impressed. So with a headache, he simply slowed down this step first and turned to start with the robot part first.

This robot - the simple and exposed car robot on the console table, which is about the size of a five-inch screen.

The earliest robot of human beings was a non-electronic program-controlled robot. Its driving structure was caused by the ratchet of the core and the contacts changed a lot. Each different contact was connected to different mechanical running parts, thereby driving these mechanical parts to move.

With the rotation of the ratchet and the change of contacts, the moving mechanical parts are different, so these mechanical parts form its movement.

In this ancient design, no electronic components are used, so it is called a non-electronic robot.

However, because there are few contacts on the ratchet, the movement of this robot is not only stiff, but also has few steps and slow speed, which are all major disadvantages.

Now entering the 21st century, electronic technology is developing rapidly, and computer program control drive has become the mainstream design of robots.

Compared with non-electronic robots, computer program-controlled electronic robots have a much greater range of activity changes, as well as speed and flexibility than ancient robots, and their advantages are quite obvious.

However, every activity step of a robot requires hundreds or even thousands of programs to be written, and the electronic robot also needs to constantly change the activity parts in each activity, which makes writing programs not only a arduous task, but also a long process of writing programs in the long process of checking, modifying and debugging will make many people slam the table and get mad!

In order to avoid such complicated and complaining work, Chen Yang resolutely decided to use "self-programming algorithm".

Once errors occur in current electronic robots, designers need to check the errors one by one, which is not only cumbersome, but also a waste of time.

The self-programming algorithm designs self-programming programs to allow the robot to complete the work of discovering activity errors and proposes modification plans by itself.

That is to say, as long as a robot error occurs, it does not require human intervention. It will detect and troubleshoot errors by itself, and then propose solutions and complete all the work alone.

This is the most ideal primary intelligent robot...

There is no single country in the world who can completely handle this. Even Japan, which has mastered the super-high technology of electronic robots, cannot do it.

At this point, Chen Yang shamelessly took advantage of the trick. He copied the core control program on the TC-100 drone designed by his right hand, and then took advantage of it and created a control driver for self-programming algorithms on this mobile phone-sized robot.

It is definitely worse than the drone made by the right hand, but this is a great achievement. Especially the thing Chen Yang made himself, which feels very different.

This experimental robot was initially named "01", and the number 01 was imprinted with a laser, giving this small robot a little handsome appearance.

"Well, let's see how it's going..."

After half an hour of debugging, Chen Yang clicked the mouse and pressed the action button.

01 The indicator light above lights up, and the motor below begins to cause four wheels to run. The entire mobile phone-sized robot slowly moves on the table. It first circles along the edge of the table, then shrinks ten centimeters and circles around the table. Finally, it narrows the distance again, and then returns to its original position.

Especially the last point is very important. After returning to the original position, 01 also slightly adjusted his posture, making it as if it was exactly the same before it moved, which is amazing.

There is nothing on the desktop, and the difficulties encountered by 01 are not great. By the time Chen Yang puts it on the ground, the difficulties encountered are not the same as before.

Not to mention the many debris placed on the ground, there are also many "complex terrain" and obstacles, each of which is a roadblock that hinders 01's progress.

"Chichi..."

The 01 motor made a sound and drove towards the unknown forward without hesitation. In fact, there were only two things it had to do, one was to explore the closed ground in the basement, and the other was to return to its original position intact.

The instructions are very simple, but this not only requires the sensor to work normally, but also requires the information collected by the sensor to be effectively integrated and utilized. In the core chip of 01, countless invisible currents are constantly converging and flowing, and unimaginable huge amounts of information are constantly "absorbing" and calculated...

"sharp……"

Sitting in the chair and watching the 01 run, Chen Yang had to admire the drone control program on his right hand.

Although it seems that robots are just exploratory work, it seems very simple. However, just think about it, isn’t the exploration vehicle launched by NASA Space Agency on Mars doing the exploration work?

The most important and core part of the exploration vehicle is the automatic control program designed by NASA engineers spent a lot of time and money to be able to check some errors and deal with the complex environment of Mars when the Mars exploration vehicle cannot accept instructions from the earth. This is a very complicated thing.

What 01 is doing now is similar to the Mars Explorer, which may be that NASA's Explorer is not as good as 01 in this regard.
Chapter completed!