Artificial Intelligence Robotics

You should be shocked about the intelligent robots and what they do, if you happen to watch the movie ‘I, robot’.

The next decade has been declared as the decade where the artificial intelligence robotics aquire self cognisance. Once the artificial intelligence robotics aquire self awareness, they will be serving the humans with their decisions and performing tasks that are risky for humans to execute.

Whenever we hear ‘artificial intelligence robotics’ it is the humanoid robots that comes to our mind. But the field of artificial intelligence robotics is far wider than that. Instead of exploring the width and the depth of artificial intelligence robotics, let’s have a look at the components of artificial intelligence robotics.

When it comes to the structure, almost all the parts of the artificial intelligence robotics is made of mechanical, or in other words, kinematic chains with a lot of electrical motors. These mechanical parts are exactly controlled by a central processing system which includes a computer with some degree of artificial intelligence.

To perform job, power is an essential factor for artificial intelligence robotics. The most common power source is lead-acid batteries employed by the current artificial intelligence robotics. As alternative power sources, compressed air containers, radio active sources, and organic garbage are available for artificial intelligence robotics, although most of these are still under heavy research. Although nuclear energy is an outstanding source of power, artificial intelligence robotics is too small and unreliable to contain nuclear energy.

When the motion and movements are thought, actuators are the principal stakeholders of artificial intelligence robotics. Actuators of artificial intelligence robotics can be considered equal as the muscles on the human body. Same as muscles, actuators convert stored energy into moves. A computer, the central commanding unit controls each of these actuators for motions and moves. Among the modern actuators, motors, stepped motors, piezo motors, ultrasonic motors, air muscles, electronic polymers, and elastic nanotubes are the generally used types.

For artificial intelligence robotics to be self aware (up to a certain degree), sensing is an primary ability. For getting directions and responding according, the modern artificial intelligence robotics are able to sense the touch, vision, and sound. Although sensing for artificial intelligence robotics is at its primary stages, it has already made singificant advances in many industries.

For mobilizing, locomotion is an essential aspect for artificial intelligence robotics. Rolling, walking, flying, snaking, skating, swimming, and climbing are some of the existing ways of artificial intelligence robotics travel.

Filed Under: Artificial Intelligence