Henig efficiency of a multi-criterion supply-demand network equilibrium model

Definition of efficiency indicator and study of its main function as an optimization criterion

“…In the research course of this concept it is impossible, for example, to answer the question: "Why is it impossible to worsen the "cost" indicator, for example, by 1 % if the income at the same time grows by 10 …”

“…Despite a large number of publications, for example [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16]20] which are devoted to efficiency or optimization criteria development, indicators that are based on all objects of the full global operation model are practically absent.…”

“…They can be "cost" [8], "energy product" [9], "critical load" [10], "reliability" [11], "filling criterion" in the structural optimization problems [4], "constant energy of sampling error" [12], "minimum deviation" [13] etc. Whether it is possible to use the indicator as an optimization criterion if it characterizes only one of the operation parameters?…”

Development of test operations of different duration in terms of input for the verification of efficiency formula

“…After this time point, investigators divided tasks related to an efficiency indicator into two categories -tasks for development of an efficiency formula [5][6][7] and tasks for its verification: «Engineers, researchers, economists and designers continuously offer new» universal, accurate and clear» objective functions. In 1967, one of authors managed to collect over one hundred criteria for optimization of separation processes.…”

Formal signs determination of efficiency assessment indicators for the operation with the distributed parameters

“…So, in the work [2] the attempt to relate the efficiency to the value of "critical load" is made. In the research [3] the authors try to solve an issue of operations efficiency assessment by the use of a "reliability" indicator, in [4] it is done by means of "space-filling criterion" development, in [5] "error selection energy" is used, in [6] the minimum deviation size from the set trajectory is applied.…”