Motion is a dynamic element in cybernetic systems

Cybernetics is the science that deals with communication and control systems in living things, machines, and organizations. Since the advent of cybernetics, most sciences have explicitly or implicitly benefited from its principles, and in this regard, each according to their own field and according to experts in that science, have provided an appropriate description of it. Humans or any moving thing is a dynamic and complex cybernetic system. Thus, the mobile system follows the rules and principles of cybernetics. Cybernetic systems seek to control, predict, observe, and measure various movements in different systems and how these systems relate to subsystems and even other systems. In this way, they can understand, predict or even create new movements. Given the ability to observe and measure motion, and because motion represents the relationship between systems and subsystems involved in motion, and given the definition of cybernetic motion, cybernetic motion analysis is a way of learning how to make decisions. Acquisition of components of motion control systems, as well as gain deeper knowledge of immediate goals and movement perception. In this article, which has been done by library and resource review method, researchers have studied, introduced and recognized the types of motion in cybernetics, the factors affecting it, cybernetic motion, dynamics and feedback in cybernetic systems, dynamics (motion) in The library system - as a cybernetic system - as well as the most important principles of cybernetics, their application and interaction with movement, will be discussed.