System Approach to the Control and Monitoring Automation Problems in Communication Cables Production Processes

The paper suggests a general approach to the automation of control and monitoring of technological processes of communication cables manufacturing. The distinguishing feature of this approach is that each local stabilization system of technological operating parameters is not built and optimized autonomously but in conjunction with other local systems structured into a multi-level system. This system is described by hierarchical mathematical model connecting operational merit indexes of cable production with introduced generalized quality parameters which are controlled by its indirect estimates. The estimates of generalized quality parameters are obtained with the use of algorithm of measured cable primary parameters real-time performing. It guarantees the highest cable quality available with the existing production equipment.