control model

In the state of significant development of aquaculture, the problem of managing the parameters of the aquatic environment becomes more urgent. Existing classic systems for controlling parameters of closed aquatic environments use strict models of dynamic control and are used for monitoring, control and regulation of those parameters. These models have a number of disadvantages related to the specifics of strict algorithmic control and the complexity of adequate models for growing living organisms.

The article explores the application of the active control over quality costs that gives an opportunity not only to identify existing deficiencies and deviations, but also to optimize the structure and amount of quality costs, and to forecast future changes. The extension and modification of the tasks of the control over quality costs at the transition from passive to active forms is considered. The specific features of the active control system that distinguish it from the traditional one are identified.