About Situation-Event Approach to Control of Interacting Discrete-Continuous Processes
Abstract
Introduction: Control processes depend on the logics and dynamics of the processes in the controlled object, and must meet the requirements of the control logics and dynamics. The challenge is the specification and implementation of the required dependencies. There are certain requirements to the convenience and expressiveness of the specifications and to the efficiency of the control processes obtained on the basis of their software implementations. Logic-dynamic situations used for the specification of hybrid processes are not yet widely used for the implementation of control processes. Purpose: Experimental research of technology of control process implementation based on using logic-dynamic situations. Results: We have developed a method for the specification of control over discrete-continuous processes based on transformation rules whose conditional parts are logic-dynamic situations. The method has a good expressiveness, providing low cost of the development, transparent specifications and effective computer implementation of the processes. Specification features are illustrated by an example of developing a computer model for a system of automatic control over inverted pendulum positioning. Practical relevance: The usage of logic-dynamic situations for control process specification will facilitate the development of control systems for discrete-continuous processes.Published
2017-04-21
How to Cite
Shpakov, V. (2017). About Situation-Event Approach to Control of Interacting Discrete-Continuous Processes. Information and Control Systems, (2), 26-33. https://doi.org/10.15217/issn1684-8853.2017.2.26
Issue
Section
Information and control systems