Abstract
The problem of realization of control systems in real time is investigated. The relationship between the complexity of control objects and the duration of the control cycle is revealed, according to which, as the complexity of control objects increases, the duration of the control cycle is reduced. This leads to an increase in requirements for the speed of control systems, which can be achieved by increasing the speed of the used electronic component base and other elements of the control system, as well as optimizing the architecture of the control system. One of the most promising directions in the development of real-time control systems for complex objects is the use of a memory-centric architecture of the control system. Keywords: motion control, industrial robot, machine tool, mechatronic system, control cycle, memory-centric architecture. andarmo@yandex.ru
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