DEVELOPMENT OF A MATHEMATICAL MODEL FOR AUTOMATING THE SELECTION OF EFFECTIVE TECHNOLOGICAL ZONES FOR THE PLACEMENT OF PTM COMPONENTS WITH VISCOELASTIC LINKS IN DYNAMIC CONTROL

This work is devoted to the development of a mathematical model that allows automating the processes of selecting effective technological zones for placing components of production and technological modules (PTM) with viscoelastic links in dynamic control. The main principles of creating and organizing automated production and technological systems are: the principle of combining high productivity and versatility; the principle of modularity; the principle of hierarchical subordination and the principle of ensuring a high level of compatibility.

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