Determinal Model Resource Distribution for Objects of the Logistics System

The issues of formalized representation of the problem of interaction and distribution of resources between the objects of the logistics system in order to obtain the maximum effect from its functioning are considered. The key criterion for optimality is the capacity (processing capacity) of the logistics infrastructure in the flow management system. The task is set in a dynamic formulation that includes state and control parameters. The achieved capacity of the logistics system for processing the flow at a given time interval is considered as a state, and the set of possible options for system development is considered as controls, taking into account the achieved level and the possibilities of resource support for development at subsequent stages. The problem statement is formulated regardless of the characteristics of the logistics system object and its functional tasks. The object of the logistics system is considered as “capacity” intended for processing the flow (generation, storage, transportation, changing the state of the flow, etc.). The cost functions for performing operations on objects are determinants of solving problems for each object of the logistics system. Technological reserves for servicing the material flow in supply chains are determined.