A robot is a very broad concept. They come in all shapes and sizes and rarely appear on the copies that regularly pop up in movies. Of the robotic arm for assembling cars in a tin, but cautious older machine that washes: they all fall within the definition of robot.
The robot is used for many applications because the science is now able to look the figures tasks to be undertaken. And sometimes that’s quite impressive over. But before a massive robot maid there are still some things that must be done. Some of the challenges that the science is still waiting.
A robot differs on some points of a thinking being. Self-awareness is such an important difference. A robot can do things ‘learn’ or be programmed to do something, but they can never own feedback on the behavior and consequently, on the mistakes made. This means that a robot has difficulty with new situations. And that is precisely the reason why robots currently really only be found in factories. The robots have a structured environment. If you put them in the living room where children run back and forth, a robot does not know what to do. Probably he was just doing what he always does and so make mistakes. But there ‘he is not aware of. The fact that robots are not aware of himself adjusting to new situations so difficult.The challenge now is to provide robots self-awareness and ensure that they can link back and so can learn from mistakes. Only a robot could soon be in the turbulent world in which things change very quickly, operate. It is obviously easier when robots will soon learn from each other, for example using a special kind of web .