Hand rubbing nuclear fusion live in the wilderness

Chapter 423 How to Train an Artificial Intelligence

After connecting the power line and the signal transmission line, Han Yuan checked the stability and firmness, and closed the electric valve after confirming that it was correct.

The current regulated by the high frequency conversion transformer is continuously input into the mechanical legs.

With the input of current, the mechanical legs that were originally drooping as if their muscles and bones were broken by someone instantly straightened up, like a model.

But then, because the magnetic field setting of the magnetic bearing joint had not been initialized, the straight mechanical leg suddenly twisted, and then the shape became weird.

If the leg was broken before, then now it is like being cut off and then reconnected in a mess.

The connection of the thigh and the calf is reversed, and the overall rotation is 180 degrees.

And it's not only reversed, the angle is rotated, but it also presents a √ shape, and the calf is bent, just like a normal person sitting with his legs facing his head, which looks very weird and awkward.

In addition, the connection between the calf and the sole of the foot is vertical, like a ballet girl's toes pointing to the ground.

The strange rotation of the ankle and knee joints makes the entire mechanical leg look weird.

The sudden jump and shape change of the mechanical leg after it was powered on scared the audience in the live broadcast room. Most of the audience were dumbfounded when they saw this twisted mechanical leg.

【what?what is this? 】

[Fuck, the sudden cramp scared me, lose money! 】

[Scared me, this looks so weird. 】

[Flip 180 degrees and then bend, this arc, tsk tsk, unless the leg is broken, humans can't do it by themselves. 】

[Is this thing really designed by humans?Does a humanoid robot really need such exaggerated joints? 】

[Obviously, there is only one truth!Anchor is not human! 】

[Anchor: Your whole family is not human! 】

The mechanical legs that suddenly twisted into various angles did startle the audience in the live broadcast room, as well as the countries around the world.

Judging from the bending angle of this mechanical leg, the flexibility of this X-1 magnetic bearing servo humanoid industrial robot is incredible, and it can even be used for street dancing.

This really frightened many scientists.

You must know that the world's top scientists, experts, and scientific researchers have gathered in this live broadcast room.

The knowledge and level of these people are far beyond ordinary people.

Not to mention that because of the live broadcast of robotics, experts in related industries have also come in.

If the former is still a bit of an amateur, then the latter knows what the top robots in various countries can do today.

Not to mention that the other party's complete machine assembly has not yet been completed, the things displayed by this mechanical leg alone have surpassed human beings for at least 20 years.

There is no country or company in the world that can achieve ultra-wide joint movement.

Even Boston, NASA, or AMP, FANUC, the world's top companies in robotics, none of them can achieve this level of flexibility in the joints of their own robots.

This is not speculation, but the experts and R&D personnel of these companies are in the live broadcast room, and they can be 100% sure that they cannot do it.

There was a commotion in the live broadcast room, Han Yuan looked at the bullet screen and smiled, and said:
"Because there is only one leg, the initial balance of the magnetic bearing joint has not been done yet, so after the power is turned on, the magnetic field generated by the joint is out of control, and it will show various strange appearances."

"Wait until I adjust it."

With that said, Han Yuan turned on the display screen, connected to the central computer, manipulated the special keyboard and opened the program to control the X-1 industrial robot.

He has already written the program to control the X-1 magnetic bearing servo humanoid industrial robot, but the robot has not been assembled yet, so it cannot be transferred to the robot, and can only be temporarily placed in the central computer.

Although there is only one leg, many control functions cannot be used, but it can still be done with simple manipulation.

Remotely through the signal connection line, Han Yuan quickly adjusted the magnetic field inside the magnetic bearing joint.

Under his control, the twisted mechanical legs quickly stretched out, from a twist √ to a 1.

The surface of the straight mechanical legs glowed with dots of silver-white metallic light, which was where the skin hadn't been completely covered.

And the originally soft joints seemed to be nailed to death, straight and firm, like a soldier standing in a military posture.

Han Yuan put down the keyboard, stepped forward to check the machinery fixed in mid-air, and smiled with satisfaction.

Not bad, the two magnetic bearing joints are operating normally, and the magnetic field formed is also normal. The size and direction of the magnetic field can be adjusted normally, and the magnetic bearing joint can basically operate normally.

After initially checking the status of the mechanical legs, Han Yuan returned to the display screen, controlled the keyboard to input a few parameters, and called the operation command in the control program.

And with the start of the operation command, the mechanical legs fixed in midair started various movements.

From the rotation of the ankle, to the ups and downs when simulating human walking, to the state of falling on the side when falling, and even the posture when kneeling, all are presented to the eyes of Won and the audience in the live broadcast room.

The flexibility and smoothness of the transformation of various simulated poses once again shocked the audience in the live broadcast room.

Although this is just a mechanical leg, most imaginative audiences have already seen the capabilities of the assembled 'X-1 Magnetic Bearing Servo Humanoid Industrial Robot'.

This will definitely be a robot that amazes everyone, even if it is an industrial robot, it will not affect everyone's perception of it.

Many people silently decided that as long as there is such a robot produced in the real world, even if it cannot be used for anything, they must buy one.

After testing out the mechanical legs, Won went on to assemble the Model X-1 magnetic bearing servo humanoid industrial robot.

The completion of the assembly of a mechanical leg is less than one-tenth of the total progress, and there are more complicated things waiting for him in the follow-up.

Including the magnetic bearing joints that have already been manufactured, they all need to be manufactured by hand.

Because the size, power, shape and other parameters of the magnetic bearing joints used at different joints are different.

Just like the magnetic bearing ball used in the magnetic bearing joint of the knee joint, it is different from the one used in the ankle joint.

In the same way, it is impossible to use magnetic bearing joints for arm joints and lumbar joints.

In fact, the X-1 magnetic bearing servo humanoid industrial robot can be upgraded again.

That is the skeleton fully imitates human beings.

From the bones of the fingers to the bones of the toes to the spine, these joints that determine the fine flexibility of human beings all use magnetic bearing joints on the X-1 industrial robot.

In this way, the flexibility and performance of the X-1 industrial robot will be even more abnormal. If the corresponding intelligent program is perfect and excellent, its various performances can far exceed that of humans.

But that would be too expensive for the magnetic bearing joints, and it would consume more power.

It should be known that every additional magnetic bearing joint increases the power consumption exponentially.

If the skeleton of the whole body is similar to that of a human being, even if the lithium-sulfur battery with high energy storage is used for power supply, it will not last long.

The Korean Won has calculated that if it is done that way, without affecting the performance of the X-1 industrial robot, the battery that is carried with it can supply and run for about three hours at most.

Three hours of battery life, whether it is for industrial purposes or other purposes, is too short.

And if the simplified design is adopted like now, although the flexibility and performance are reduced to a certain extent, the battery life has been doubled several times, reaching about [-] hours.

The [-]-hour battery life already has enough commercial value.

Even if it is used in military operations, it is enough to complete a mission.

Of course, the fact is that the X-1 industrial robot is not suitable for military operations.

At least it's not suitable for the battlefield.

The main reason is that the magnetic bearing joints are too fragile in places like the battlefield.

For the magnetic bearing joint, there are too many ways to destroy it, including physical strikes, electromagnetic interference and other means.

Although the magnetic bearing joint is flexible and has a fairly high load-bearing capacity, it is not suitable for the battlefield.

At least for now.

Unless countries find a way to protect magnetic bearing joints without affecting their performance, it is unlikely to be used in warfare.

After spending more than a week, Won finally completed the assembly of the X-1 magnetic bearing servo humanoid industrial robot.

In addition to the previous time-consuming, nearly a month has passed from the production of various parts to the final assembly.

This is not the end, what is completed now is only its hardware, and in addition to the hardware, the adapted software intelligent program is also a very critical thing.

Hardware is the body, software is the soul, and the two are one to make a person active.

It is true that he has the intelligent control system of the X-1 magnetic bearing servo humanoid industrial robot, but it is only temporarily stored on the computer.

To transfer it to the robot, it needs to be packaged, packaged and other treatments.

This is a very troublesome thing.

In addition, KRW also needs to write corresponding modules for it, as well as corresponding database writing and so on.

These things are quite time consuming to set up.

Corresponding to the intelligent control program of the X-1 industrial robot is artificial intelligence.

In comparison, the intelligent control program of the X-1 magnetic bearing servo humanoid industrial robot is infinitely simpler.

Because for South Korean won, the main use of the X-1 industrial robot is industrial, including material handling, production, intelligent monitoring, manufacturing, etc., the use is actually not very extensive, and the intelligence required is not very high. high.

But an artificial intelligence is different. Take Xiaoqi as an example, its core code exceeds one billion lines.

To be precise, it is 13 lines.

This data has been personally verified by Won.

And this is only part of it. You must know that when the former host of Taishan base left him these things, he made a lot of restrictions on various industrial equipment, locked and cleaned up most of them.

Including Xiaoqi, Han Yuan has no doubt that Xiaoqi was also deleted.

At least the industrial program module was deleted.

After all, if an artificial intelligence does not have an industrial module program, it is impossible to maintain the normal operation of a base for more than ten years.

During this period, including the addition of nuclear fuel, the replenishment of various parts, and the maintenance of a base's normal operation, these all require the support of corresponding module programs.

But when Xiaoqi's authority was transferred to him, all these things were gone.

Later, Xiaoqi launched satellites for him, searched for giant insects, etc., and Won wrote the corresponding module programs and supplemented the database by himself.

And these modules alone took him nearly two months. Although it was all at night, it took more than 200 hours if they were all added up.

These more than 200 hours are pure working hours, and his work efficiency is several times that of ordinary people.

This is just a part of artificial intelligence. Seeing the big from the small shows how much time and effort it takes to write an artificial intelligence.

This is also the reason why Won has not programmed artificial intelligence since he obtained the Chinese intelligent programming language.

It's not that he doesn't need it, but that writing an artificial intelligence not only requires a lot of energy and a long time, but also requires massive amounts of data to promote the evolution of artificial intelligence programs.

These things are not currently available in the Korean won, especially the latter.

In the real world, artificial intelligence can go on because the huge Internet and population are creating massive amounts of various data every second.

These data are stored in the database servers of major companies and countries, which are natural things that can be used at no cost.

An artificial intelligence does not mean that you can run it after writing the corresponding code.

Such artificial intelligence is not intelligent, but it is not much different from mental retardation.

After the program corresponding to artificial intelligence is written, it is not only necessary to improve various functional module programs for it, but also to adjust it.

As for the way of training, it is to expose it to a large amount of various data.

Of course, this is based on different uses of artificial intelligence to make different contacts.

For example, the artificial intelligence used in industry requires a large amount of data on the operation of industrial machines.

For example, artificial intelligence used in daily life, in order to better assist human beings, it needs to be exposed to a large amount of data in life, chat, basic necessities of life, etc.

Without these data to assist artificial intelligence in its evolution and analysis, no matter how good your programming skills are, the artificial intelligence you write will not be so advanced.

Especially in terms of assisting human life, it requires a lot of contact with human beings' own chatting, emotions and other things.

Only in this way can artificial intelligence be better adapted to humans.

Otherwise, even if you add a lot of data and programs about food, clothing, housing and transportation to it, what you create will be a cold program without any anthropomorphic mood swings, not artificial intelligence.

(End of this chapter)