Chapter 107: Artificial Intelligence and Robots
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Chen Yang packed up all the practical equipment, sat on the chair reflexively, and with a force of his feet, the chair gently slid towards the main machine.
With the importance of a happy mood in research and study, Chen Yang simply changed the chair and replaced it with a soft leather chair with wheels, which not only made it comfortable to sit down, but also only needed to move his feet to slide freely in the basement, which effectively improved the working mood and comfort of the researchers.
When the researcher's mood is good, he will naturally have a certain degree of improvement in his work.
Chen Yang continued to research on artificial intelligence.
According to the right hand, in the study of computer intelligence in advanced civilizations, the most important thing is to study simulated consciousness from scratch, and only when the simulated consciousness is thoroughly studied can computer intelligence be initially brewed.
Chen Yang has a deep understanding of this, as a technological product in an advanced civilization, the virtual consciousness simulated by 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 truth from the false. Although the cornerstone core is not a complete application of artificial intelligence technology, just a little bit of it is not something that Chen Yang can study at all.
Not to mention him, even his right hand is also indifferent to him, and he can't talk about a real theoretical reason. It's like a nuclear bomb can be used by only entering a password and pressing a button, but how a nuclear bomb is built and the specific design principle, the person who pressed the nuclear bomb button must only be stunned.
Despite this, the right hand of artificial intelligence that is too advanced to propose a proposal is not possible, but it is still able to point out a thing or two of artificial intelligence at the current level of human research.
Of course, the right hand is an egoist, and if it doesn't feel that AI will help it in future plans, and expects it to help Chen Yang for free, it would be better to discuss what to eat today.
In view of this, the research of artificial intelligence still starts from the simulation of consciousness, and it is not necessary to really achieve a complete human consciousness process, first from the acceptance of external "information stimuli" as the first step, and then slowly progress.
Although there is this general policy, it is really necessary to study analog consciousness, which involves not only computer technology, but also a wide range of philosophical and other knowledge, which makes Chen Yang very big. So under the headache, he simply slowed down this step first, and instead switched to starting with the machine qì people first.
This machine is about the size of a mobile phone with a five-inch screen on the current console table, which is the size of a simple model with exposed lines.
The earliest machine of human beings is a kind of non-electronic program-controlled machine, and its driving structure is made of a core ratchet turning a tooth, and there are many changes in contacts, each different contact is connected to different mechanical parts, which drives these mechanical parts to move.
With the rotation of the ratchet wheel and the change of the contact point, the moving mechanical parts are not the same, so these mechanical parts constitute its activity.
In this ancient design, no electronic components are used, so it is called a non-electronic machine.
However, because there are few contacts that can be accommodated on the ratchet, the activity that makes this kind of machine is not only stiff, but also has few movement steps and is slow, which is a big disadvantage.
Now in the 21st century, electronic technology is majestic, and computer program control has become the mainstream design of machine people.
Compared with non-electronic machines, computer program-controlled electronic machines are far more effective than those of ancient machines in terms of the magnitude and scope of their activities, as well as their degree and flexibility.
It's just that every activity step of the machine has to write hundreds or even thousands of sentences of the program, and the electronic machine has to constantly change the activity part in each activity, which makes the writing of the program not only a difficult task, but also the long process of writing the program when there is an error in the written activity program, the long process of writing the program of checking, modifying and debugging will make many people slap the table and go crazy!
In order to avoid this kind of painful and complicated work, Chen Yang resolutely decided to use "self-programming algorithms".
At present, once there is a mistake, the designer needs to check the error one by one, which is not only cumbersome, but also a waste of time.
The self-programming algorithm is to design a self-programming program, so that the machine can complete the work of its own activity error and propose a modification plan by itself.
In other words, as long as a human makes a mistake, it does not need human interference, it will detect and troubleshoot the error itself, and then propose a solution to complete all the work alone.
This is the most ideal primary smart machine......
At present, there is no single country in the world that can completely handle this part, and not even Japan, which has mastered the high technology of electronic machines.
At this point, Chen Yang was very shameless, he copied the core control program on the Tc-1oo drone designed by his right hand, and then absorbed the advantages of it, and made the self-programming algorithm control driver on this mobile phone-sized machine.
Compared with the drone made by the right hand, it is definitely not as good, but this is a big achievement, especially the thing made by Chen Yang himself, it feels very different.
This experimental machine was preliminarily named "O1", and the number O1 was imprinted on it with a laser, which gave this small machine a little handsome appearance.
"Well, let's see how it ...... this time."
After half an hour of debugging, Chen Yang clicked the mouse and pressed the action button.
The indicator light on the top of the O1 lit up red, and the motor below began to push the four wheels to run, and the whole mobile phone-sized machine slowly moved on the table, first going around the edge of the table, then shrinking ten centimeters around the table, and finally narrowing the distance again, and returning to the original position after a circle.
This last point is very important, and after returning to its original position, O1 also adjusts his posture slightly, so that when he finally stops, it is exactly the same as before he moves, which is amazing.
There was nothing on the table, and the difficulties encountered by O1 were not great, and when Chen Yang put it on the ground, the difficulties encountered were not the same as before.
Not to mention the debris placed on the ground, there are also many "complex terrain" and obstacles, each of which is an obstacle to O1's progress.
"Woohoo......"
O1's motor made a loud noise, and without hesitation, it drove towards the unknown ahead, and there were really only two things it had to do, one was to explore the enclosed ground in the basement, and the other was to return to its original position completely.
The instructions are very simple, but this not only requires the sensor to work properly, but also to effectively synthesize and utilize the information collected by the sensor......
"Awesome ......"
Sitting on a chair and watching the operation of O1, Chen Yang had to admire the drone control program in his right hand.
Don't look at it as if what the machine qì people do is just exploratory work, as if it is very simple. However, as long as you think about it, isn't the exploration rover launched by NASA on Mars exactly what it does?
The most important and core part of the exploration rover is the automatic control program designed by NASA engineers with a lot of time and money, which is used to troubleshoot some errors and cope with the complex environment of Mars when the Mars exploration rover cannot receive instructions from Earth, which is a very complicated thing.
What O1 is doing so far is similar to that of the Mars rover, and maybe NASA's rover is not as good as O1 in this regard.
Twenty minutes later, O1 finished exploring the basement and returned to its original location in its entirety.