CONTROLLING OF THE HIERARCHICAL OBJECT BASED ON THE PRODUCTION MODEL
DOI:
https://doi.org/10.34185/1991-7848.itmm.2025.01.115Keywords:
production system, industrial dispatching control systems, inference system, CLIPS.Abstract
Due to the increasing complexity of the architecture and algorithms of industrial dispatching control systems (IDCS), generally accepted control methods don’t allow to guarantee absolute correctness and sufficient speed automation object’s functioning. Therefore, development of methods to improve these indicators is an urgent task and has practical significance. The purpose of the work is to present a method of automated control of dynamic IDCS based on a production model. Conclusions: 1) four-level IDCS's architecture is defined, which allows to implement the functioning of complex hierarchical automation objects; 2) three-level production system architecture is presented for the system level of automation, and two-level production system architecture for automated control at the main server level; 3) proposed method is tested and its advantages over the generally accepted finite state machine method are determined: an increase in correctness by 16% and an increase in the share of fully automated actions by 15%.
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