Chess robot breaks fingers of a 7 year old boy in Russia, such as looking at the robot hurting peopl

The chess robot directly broke the fingers of the 7-year-old boy, for this robot hurting people, it is really very peculiar, this is a security loophole, the work can clearly see the boy's hand, was pinched by the mechanical arm for a few seconds, with the help of adults, the boy was finally rescued, which is obviously a safety flaw in the design of the robot.

After the incident, it is really scary, this accident robot is specially designed for chess, can play chess with three opponents at the same time, when the robot just ate one of the boy's chess pieces, when the little boy went to move another chess piece, his fingers were suddenly caught by the robotic arm of the robot, the boy may not have thought at all, the robot did not give himself a chance to wait.

No matter how it is explained, this must be a loophole belonging to the robot, although it is relatively rare, but this does not prove that the robot is completely free of danger, just like in the event of such an emergency, the robot can not respond reasonably, it can be seen that this robot may be designed to move the chess pieces, but if someone puts their hand on the board in advance, they may be harmed.

After the accident, some people felt particularly shocked, after all, the role of this robot, in fact, only needs to raise a flag, should add some functions to prevent this kind of accident from happening, some people question that the child is operating too fast, but this does not become the reason for the robot accident, although the robot is now more and more intelligent, or very complex, but in fact, many robots will just repeat some of the same operations.

Mechanized things have advantages, there must also be disadvantages, there have been many accidents about robots in the United States, especially in some factories, the mechanical arm has killed many workers, after all, people have thinking, there are facial features and big guys, and no matter how intelligent the machine is, it is only through the sensor to form data and then react, the accident of the robot is too rigid set by the program.

Robot injuries happen because robots don't measure how painful humans feel.

I think it's so undeserved that this kind of thing happened, and this boy is a little unlucky.

For the emergence of this situation, then it is obvious that it is because of the error in the program of this robot that this situation will occur, because this robot is also developed by humans, then there must be a program input in the brain of this robot, when the program once it goes wrong, then this situation will occur, because the robot mainly relies on the program to run, so once the program goes wrong, this kind of thing will be done. <>

So the reason why the robot can run normally is also because humans input a program to him, so that he can play chess normally like a human, so once the program goes wrong, then he will do something surprising, so like the current situation, broke the finger of this 7-year-old boy, it is because his program is wrong, so he will do this kind of thing, generally speaking, as long as the program does not go wrong, Then this robot will continue to run according to the program, and will not do such an unexpected thing. <>

I think the reason why the robot does this is also because there is an unexpected situation, so the robot can't deal with it, so this thing will happen, because the robot's mind is some programs input by humans in it, and when it encounters this program that he has not set, then it will make an error, which will lead to the emergence of this situation is also a normal thing. <>

In general, the reason why the robot does this is also because his program is wrong, so why will he do such a serious thing to hurt human beings, so if the program does not make a mistake, then it is not lethal to humans, because it will always run according to the set program, and it will also do such unexpected things.

Because the boy didn't have a state god, he waited for the robot to finish playing chess, and he preemptively played the chess book, so the robot felt that the boy violated the rules, and the boy was punished by the robot, mainly because of the design problem. Blind ants.

The little boy didn't wait for the machine to finish his action before he hurriedly shot back, so it was the robot that accidentally touched his fingers.

It was because the boy broke the rules when he played chess, so this happened.

A startling incident occurred in a recent tournament in Moscow, when a chess robot broke the boy's finger during a match against a Moscow boy. When the boy was playing, perhaps out of impatience, he didn't wait for the robot to finish his action and fought back directly. The robot grabbed the boy's finger and squeezed it hard.

With the help of the staff, the boy's fingers broke free. The boy was rushed to the hospital and has been found to have fractured his finger.

The chess bot has already played a number of games before playing against the boys, which is also a scary thing. The head of the Moscow Chess Federation said that this situation of the robot is very rare, and when playing against the robot, there are usually some safety guidelines, and the boy did not follow the corresponding rules, so the robot will do it. After the boy was put in a plaster cast, he continued to play a game of chess, and now the child's parents are so angry that they plan to file a lawsuit.

The organizers obviously have some responsibility for this incident, and when setting up the robots, some safety protection measures need to be set, and in any case, the robots cannot do anything that harms humans. The competition held by the organizers is obviously to demonstrate robotics technology, but the current results are obviously not satisfactory. Humans usually use programs to control robots, and the actions of robots have a certain relationship with the programmer's lack of consideration, and this incident also exposed some potential dangers of robots.

Robots obviously don't have independent emotions, and in people's minds, robots are for people, not for harming humans. The robot does not have independent emotions, which is a consequence of the error of the robotic arm. In the process of grabbing chess, the child enters the range of the robot's activities, and the robot may use the child's finger as a chess piece, causing the child's finger to fracture.

There are many uncertainties in human actions, and some unstable factors need to be taken into account when designing robots.

I think that many robots now have their own independent emotions, and some robots developed by many companies now also have joys and sorrows, and there have been studies before that prove that robots also have a desire for Kiki.

Robots have no independent emotions, and the reason why such a mistake occurred was due to the boy's violation of the rules, which led to such a situation.

Robots don't have any independent emotions and consciousness, they only have relevant programs and **. But this incident also reflects that no matter how developed the robot is, there are still certain drawbacks.

There are no independent emotions.

The robot has no independent emotions, everything about him is given by humans and is controlled by programs or sensors. Whether he has emotions or not depends on his system and the programs in his body are not automated. The robot is an intelligent product, it is impossible to produce independent emotions by itself, the so-called robot has emotions is the original setting of the system, and it will be completed through emotional guidance.

The chess robot also does not have independent emotions, it is an intelligent robot that has a pre-programmed program in its body, and will do it according to the instructions of the program. He played with the boy and would abide by the corresponding safety rules in the process of playing chess, but the Russian boy did not follow the corresponding safety rules when playing chess, and there was a violation when playing chess, and he used the chess pieces on the chessboard manually in advance, but the robot was still doing it according to the normal procedure, so the boy's fingers were scratched and broken.

Now there are robots in the world that have no independent emotions, and although Russian researchers once wanted to launch robots with emotions that thought it could think like humans and accumulate trust in humans, this was only a goal to chase. It is basically impossible to make the robot produce independent emotions, and it is completely achievable to make the robot have a stronger emotional perception ability through program settings. There is still a long way to go for human research and exploration of robots, and it is still unknown what robots will develop into in the future, but it is worth looking forward to.

Although the robot does not have independent emotions, it has a strong perception ability, and when he speaks and communicates with humans, he can sense human emotions through human intonation and facial expressions, and can perceive changes in the surrounding environment, so as to adjust his specific actions. Therefore, the emotions of robots are given by people, not generated by themselves, robots are very powerful and advanced, but it is also controlled by people, it is an intelligent product, it is powerful, and the scientific and technological workers who invented machines and researched robots are very powerful.

At the Open Chess Tournament in Moscow, the incident of a robot injuring someone has brought the public back to the safety of robots. It is worth noting that the little boy who was injured by the robot, 7 years old, has a very high level, although he was caught by the robot and injured, and his finger was broken, but after he was put in a plaster, he continued to participate in the competition the next day and attended the award ceremony.

How to ensure the safety of the robot, is a point that the public attaches importance to, and it is also the most important point, only to ensure the safety of the robot in the use process, so that everyone has no worries to use the robot, how to ensure the safety of the robot, must start from the design of the robot. When designing a robot from the beginning, it is important to consider whether the robot's actions in response to an emergency pose a safety threat to humans. Because this time, the little boy was in a hurry to counterattack the robot's "chess moves", and began to "move" before the robot completed the whole "chess action".

In response to such an "unexpected" thing, the robot is hurting people, and such a design is obviously lacking in safety design.

Although the child is anxious to play chess, such an action will pose a threat to the robot and make the robot give instructions to "fight back", such a violent confrontation is also wrong! Fortunately, there were staff present at the time, who stopped the little boy in time and rescued him without causing further injuries. Therefore, at the step of designing the robot, the issue of safety should be taken into account.

Finally, it is also necessary to pay attention to the emergency suspension of the robot, if you encounter such a situation, how to quickly stop the robot from attacking, is there a faster way to let the robot "stop", stop the injury in time, and also ensure that humans can ensure safety when using the robot.

I think that if you want to ensure the safety of robots, you should first strengthen the prevention and control efforts in this area and do the corresponding prevention and detection, and when conducting relevant training, you should also check the safety of these robots, which is more conducive to safety.

Stopped with monitored safety level. This is similar to the method used by traditional industrial robots. When the worker wants to enter the robot's workspace, the work stops.

Manual guidance. The robot can only move under the control of the operator. Speed and separation monitoring.

When a worker approaches, the robot automatically slows down until it stops when the robot is about to be touched. Power and force limitations. The payload that the robot can carry and the force it can exert if it accidentally hits a person are limited.

Power-limited robots tend to be designed with sleek edges and softer surfaces, reducing the risk of injury in the event of contact.

It is necessary to control the robot's program so that it has a program that does not harm humans, and there are programs that do not harm other creatures, so that it can be safer.

This may be a safety flaw of the robot's filial piety, because the boy Qiao Minchun did not follow the rules, the robot just ate the opponent's boy's chess piece, and the boy laughed and moved another chess piece, and he had to wait for the other party to finish before he could start moving, which is actually equivalent to a procedural regulation, because the previous procedure was strictly enforced, so safety was not taken into account.

The real situation is that this robot has certain defects, and the boy was judged to be a violation by the robot because of a branch with an action in the game, resulting in the boy's finger being caught for a few seconds.