Intelligent robot is called intelligent robot because it has a fairly developed "brain". What works in the brain is the central processing unit, which is directly related to the person who operates it. Most importantly, such a computer can perform actions arranged according to the purpose. Because of this, we say that these robots are real robots, although their appearance may be different.
The so-called intelligent robot we understand is generalized, and it gives people the deepest impression that it is a unique "living body" that can control itself. In fact, the main organs of this self-controlled "creature" are not as subtle and complicated as a real person.
Intelligent robots have various internal information sensors and external information sensors, such as vision, hearing, touch and smell. In addition to receptors, it also has effectors as a means to act on the surrounding environment. This is a muscle, or a self-synchronous motor, which makes hands, feet, long nose, tentacles and so on move. Thus, an intelligent robot must have at least three elements: feeling element, reaction element and thinking element.
We call this kind of robot an automatic control robot to distinguish it from the robot mentioned above. It is the result of cybernetics, which advocates that life and non-life purposeful behavior are consistent in many aspects. As an intelligent robot manufacturer said, a robot is a functional description of a system. In the past, such systems could only be obtained from the growth of living cells, but now they have become something we can make ourselves.
Intelligent robots can understand human language, talk to operators in human language, and form a detailed model of the external environment-the actual situation that enables them to "survive" in their own "consciousness". It can analyze the situation, adjust its own actions to meet all the requirements put forward by the operator, draw up the desired actions, and complete these actions in the case of insufficient information and rapid changes in the environment. Of course, it is impossible to make it exactly the same as our human thinking. However, some people still try to build a "micro-world" that computers can understand. For example, robots made by D Nograd of the Artificial Intelligence Laboratory at MIT. This machine tries to learn to play with building blocks completely: the arrangement, movement and geometric structure of building blocks, to the extent of a child. This robot can walk alone and pick up some objects, can "see" things and analyze what it sees, can obey instructions and answer questions in human language. More importantly, it has the ability to understand. To this end, someone once said at an artificial intelligence academic conference that in less than ten years, we have improved the intelligence of electronic computers by 10 times; As Nograd pointed out, computers have obvious artificial intelligence components.