Decision support system for power cable insulation vulcanization production line management

The paper proposes a structural model of decision support system for controlling cable insulation continuous vulcanization line. proposed is based on mathematical the technological process, database, and mode correction algorithm. DSS will make it possible to quickly develop new regime in case using materials or structures, as well correct current unplanned changes during production process. core model, which conservation laws presented differential equations closed by boundary conditions. process described taking into account temperature-time dependence kinetic parameters, made take uneven heating cable, both radial direction along length. numerical implementation carry out systematic analysis nature processes pipe evaluate influence various technological, material parameters completion degree. As result analysis, significant were identified that significantly affect Based obtained results, surfaces geometry product properties used constructed, regression was allows determining values control without resorting use model. results an algorithm correcting proposed, only parameters. you adjust value isolation rate, depending external influences deviations from specified study can be wire products with vulcanizable insulation, when necessary select optimal mode, design, material, pressure inside pipe.