Abstract
The paper deals with the system of parallel flow production lines. Each line can be dynamically divided into partitions designated to concurrent processing different products. The production flow through machines belonging to the partition is synchronized. The set of products which can be manufactured in a given line depends on tools the line is equipped with. Each feasible set of products processed concurrently in the line has been named the preparedness variant. There are many algorithms to control switching the lines between their preparedness variants e.g. priority rules or the Follow-up Scheduling. The quality of current control for the flow production lines strongly depends on previous decision of the preparedness variants configuration. An optimization model for this problem and computational example have been presented in the paper.
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