Abstract:

Optimization criterion is a reference point for the choice of such technological process parameters to provide the maximum coherence of operational process results with the purpose of its owner. The complexity of this task is mostly connected with the fact that up to the present moment a large number of indicators, designed for operational processes efficiency assessment have already been developed and continue to be developed. It is especially important for operations with the distributed parameters. Therefore, the priority is a preliminary selection of the known indicators with the use of formal signs. It allows reducing significantly the number and the length of the studies at the second and the final testing stages with applying the methods of mathematical modeling. With the use of the cybernetic production operation model, created in the work, the formal signs, which should have the estimated indicators, proposed for efficiency definition of operations with the distributed parameters have been defined. As a result of the performed researches, it has been established that any system operation model can be presented in the form of parametrically comparable input and output functions. As the efficiency of operations with the distributed in time parameters is essentially affected by the distribution function form, the possibility of separate classes’ comparative assessment of such operations has been investigated. It has been established that the second integrated parameter from the input and output function has sensitivity to a change in the distribution function form. The obtained results can be used for the selection of indicators designed to measure operations efficiency by formal signs. Also, the results of the work can be used for cybernetic estimated indicators creation. Author Biographies Igor Lutsenko, Kremenchuk Mykhailo Ostrohradskyi National University Pershotravneva str., 20, Kremenchuk, Poltava region, Ukraine, 39600 Doctor of Technical Sciences, Professor Department of Electronic Devices   

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