Provision of the required performance of technological processes on the basis of iterative directed enumeration

Abstract

This article considers the problem to optimize technological processes via optimization of the material flows distribution. It demonstrates the possibility to solve the problem of optimizing the spatial forms of the material flows movement while eliminating several mutually influencing bottlenecks. It is shown that the unloading of the bottlenecks should be performed proportionally to their workload. The work proposes the procedures of iterative directed enumeration, which allows to minimize the cost of changing the values of the route matrix while ensuring the required performance. The simulation results prove the possibility to use coefficients that take into account the proportion of the bottleneck workloads in the iterative method of directed enumeration to obtain a gain in performance cost. The efficiency and practical significance of the scientific and methodological apparatus proposed in the work is confirmed by a methodological example.