How to teach robots to follow spoken orders?

How to teach robots to follow spoken orders? 

The idea of machine learning is the same as the people way to learn things, and that's why computer game-style platforms are very interesting things to teach robots. The action or learning process is similar, what is used to teaching dogs. The robot must connect spoken words to some actions, what the programmer can do with it. 

And this makes possible to make robots, which are understanding spoken language. This method is suitable for every kind of robot, and the idea is that the words are connected to recorded actions, so when the programmers are teaching the robot to open the door, they might say "open the door" and then they would transfer to use the virtual workspace, where they can use data gloves and probably Virtual Reality glasses, and make the action by using the virtual movements by using character, what is similar what is seen in the computer games. After the system has been successfully recorded the action, that means that the command "open the door" would activate this kind of movement series. 

The machine learning means that the character, what is the thing that is controlled by a computer would say some words, then the character is moving and acting as the programmer would want. And then those words are connected to the actions, what the programmer has made for the character. 

Moving of the character can be done by using the game platform, and then the virtual character would be used to test the effectiveness of the movements, and then they can transfer to the robot, which will connect those movements and other actions to the words, what the person says. This kind of technology can also be used with combat robots. And those robots can follow the orders, what the commander says without excuse. 

This kind of robot would be very interesting in the many dangerous actions. And thing what makes character dangerous is that some game character would get the physical form. When we are thinking about computer games the programmer, who will make commands to those systems could use the computer games to selecting the most suitable series of movements, and then the commander must just select the most suitable movements and connect the voice command to that series of movements. 

When we are thinking about the actions of robots every kind of action is a series of movements. That means the system would just connect the movements to the command, and that makes that kind of robot very dangerous. The robot itself would not care, what kind of commands it would get, and if the voice recognition or other safety system accepts the command, that allows the operator to give the command "sweep that area", and then the robot will do everything, what includes in that action. So this kind of thing can be used in the Pentagon's terrifying new robot army. 

Image.

https://upload.wikimedia.org/wikipedia/en/5/50/Cylon.jpg

How to teach character in computer games?

How to teach character in computer games?

When we are thinking about machine learning, computer games would be the right place to test and innovate that kind of thing. Computer games are one of the biggest parts of the world of computers, and when we are thinking about artificial intelligence, what would be an effective tool for making those games more realistic, interesting and difficult, we must think the method, what the programmer would use when that person would make the character learning things, what are important in the game. The thing is that the learning of the character would happen by a very effective method, where the movements of the most successful player would be recorded, and then that data would transfer to the automatized characters. That means that the system might copy the master player to the virtual characters.

And then somebody would ask, how the master player would be selected. The answer is simple, in every scenario of the computer game are the character, what is controlled by a human, and the character, what is controlled by the computer against each other. Then the master would be selected by a very easy method. If the character, what is controlled by the computer will win, that means that the computer is master, but if the human player is winning, the character, what is controlled by a human is master. And the code of the game would order the system to use the movements of the master.

This means that the movements, that are recorded from the human users are transferred to the character, which is lost in the battle. When we are thinking about this way to increase the skills of the computer-controlled characters, we might think, that when the player would step in the virtual game board, and start to play, the artificial intelligence would record the things, what the player makes, and then transfers those actions to the characters, what are coming after fallen characters.

That means that the computer-controlled figures, what are coming later would have more complicated movements, than the characters what the gamer faces in the first moment. In this scenario, the gamer would use more complicated movements every time, when that person would be advanced in the game, and the idea is that the gamer would teach the solution, how to fight against the player.

This would make possible to create harder and harder computer games. The machine learning is one of the key elements in computing, and by using this kind of method, computer games would become very difficult. When the gamer would play the game, the movements and actions would be recorded, and transfer to the next characters, until the computer would win. This is one version of using machine learning.

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Could dolphins be smarter than humans?

Could dolphins be smarter than humans?

This is a really good question because the Dophin brains are bigger than human brains, but the rugs of human brains are deeper, and that means that this structure must have meaning when we are thinking about the level of intelligence. But let's go back to business and think about the level of intelligence (1). 

The dolphins and whales might be smarter than most of the animals, and then we are facing one really interesting detail. We haven't even researched the intelligence of the water animals for a very long time. We have taught them the nice tricks, but we haven't researched their ability to solve problems. And then we should ask, what kind of problems we would give those creatures for solving? 

What would be a good problem for the sea animal, what it wants to solve? And what kind of problem would keep it interesting about the case, where it must cooperate with the research team, or research team must cooperate with a dolphin. 

We don't know are dolphins more intelligent than humans, and we cannot ask that thing from dolphins themselves. The description of the intelligence is the level, how the character would solve problems. And that thing might look simple. But there is a thing, what we must understand. 

If we cannot give verbal tests to the test subject, that means we must make some other tests, if we want to find out how fast the creature would solve problems. In this case, there are some kind problems with those tests, where the animal is looking for food from the bags. The dolphin has a sonar system, which allows it to see things, that are hidden in bags, and that's why we must say that dolphin was unfair because it has that sensor, that we don't have. 

Or what if dolphin doesn't like that fish at all? If those creatures would be intelligent, they might be individuals, which means that maybe the dolphin doesn't like some fish species, which might taste different in the mouth of dolphins. 

And dolphin is so different, what we are, that we cannot say, how that creature would solve problems. Does it only use its sonar or does it use some kind of thinking process in those cases? The question is does the high level of intelligence require the ability to communicate with other members of the group? 

And what if the communication between the dolphins is minimum, but those creatures could solve problems? When we are thinking about the intelligence level of dolphins and their language, we are just about 20 years researched the communication of the animals. And during those researches, the sounds of the dolphins have been recorded and then played to other groups. 

Then the researchers have been followed by the reactions of the group, and that thing makes the research very difficult. If we would want to find out, what the communication between the dolphins involves we should research them in the natural environment. And that means that we should have very good equipment, which can operate independently even years and observe those animals even years that way, that they cannot notice it. 

In the natural environment, the language of the animals is acting like human language. It would be rich, and there would be many terms and details. In prison, the language of the animals would be poor, like human beings and they would be stressed. 

(1)

https://www.onegreenplanet.org/animalsandnature/human-intelligence-versus-whales-and-dolphins/

Image:

https://upload.wikimedia.org/wikipedia/commons/thumb/1/10/Tursiops_truncatus_01.jpg/1200px-Tursiops_truncatus_01.jpg