The current definition of robots in society is relatively broad. Any system controlled by a certain preset program can be called a robot. The
robot is still essentially just a modern extension of early automation control. Even in the most advanced military fields that use modern technology, including combat robots such as unmanned combat aircraft, unmanned combat vehicles, and unmanned ships, they are all just "perceptions" based on various sensors. "Judgment" under the preset selection program, and "behavior" under the control of corresponding instructions.
Even if some colleges and universities offer robotics majors, they only reorganize the courses in automatic control, system integration and other majors.
is similar to common sweeping robots in daily life, industrial robots widely used in production, driverless harvesters that showed their talents in the just-concluded summer harvest, and driverless cars that have been trialled on fixed routes and places, and " The supercomputer that defeated the world chess champion ...
These are no different from the working principles of automatic plotters controlled by temporarily programming to input XY two-dimensional coordinates decades ago. It just adds the perception and response to the environment, the improvement of communication means, the enhancement of computing power, the optimization of system algorithms, and the integration of more systems such as motion control .
But the "wisdom" of all current robots is not essentially different from the once popular "computer fortune telling" that now seems to be very low-level.
The machine has greatly changed and facilitated our lives, replacing many traditional and modern tasks that originally required manual operation. But "intelligence" is still just an increase in the complexity of machine movement behavior. Smart devices and robots are just beautiful concepts created under the background of marketing that entrust the beautiful vision of mankind.
A machine is a machine, and people are people.
(picture from the Internet)
