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.
Extended data:
Most experts believe that intelligent robots should have at least the following three elements:
The first is the sensory element, which is used to understand the surrounding environment.
The second is the movement element, which makes a reactive action to the outside world.
The third is to think about the elements, and think about what kind of action to take according to the information obtained by the sensory elements.
Sensory elements include non-contact sensors that can sense vision, proximity and distance, and contact sensors that can sense power, pressure and touch.
These elements are essentially equivalent to human eyes, nose, ears and other five senses, and their functions can be realized by using electromechanical elements such as cameras, image sensors, ultrasonic transducers, lasers, conductive rubber, piezoelectric elements, pneumatic elements and travel switches.
For moving elements, intelligent robots need a trackless moving mechanism to adapt to different geographical environments such as flat land, steps, walls, stairs and ramps.
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