Methods of evaluation of efficiency of logistic operations

Abstract

In accordance with the strategic course chosen by Ukraine in the Armed Forces of Ukraine, the transformation of the management system based on the principles of joint leadership of the defense forces must be completed. The main purpose of the transformation is to ensure the maximum efficiency of the use of heterogeneous forces and means of the Armed Forces of Ukraine in the interests of the tasks. One of the components of the transformation is the transition to a logistics system. The introduction of logistical approaches to the management of material resources aims to provide in the shortest possible time with minimal costs and losses of military formations (units) with material means.
 Therefore, the paper proposes a method for evaluating the effectiveness of logistics operations. The initial data are determined in the method at the first stage.
 At the second stage, the hierarchy of the logistics system with the subsystems of management bodies, warehouses with material resources, restoration of weapons and military equipment, provision of the material means, transportation, etc. is presented. However, on the example of the subsystem of material support, priority technical means have been identified that will be used to perform logistics operations using the method of analysis of hierarchies.
 At the third stage, applying the method of the maximum element, rationally distributed forces and means of logistics for the timely provision of military formations with material means.
 At the fourth stage, to avoid threats that arise on the routes of technical means, taking into account the terrain, road conditions, etc. using the method of dynamic programming determined the rational route of maneuvering technical means during the task.
 At the fifth stage, using the method of a progressive standard, a comparative analysis and evaluation of technical means involved in the implementation of logistics operations.

The model of the organizational and technical weapons and military equipment recovery system

“…The use of fuzzy logic for fuzzy data processing to process such data and get better results has been proposed, and in the work improved the methodology for evaluating the system of recovery of WME of a separate mechanized brigade, which takes into account the possibility and intensity of received damaged WME samples and allows to determine the repair capabilities of repair and recovery units, with the consideration of personnel losses. In the work (Dachkovskyi, V., 2021) a methodology for evaluating the efficiency of logistics operations is proposed, in which the first stage defines the initial data, the second stage presents the hierarchy of the logistics system with the subsystems of control bodies, compositions, recovery of WME, provision of material means, etc. Priority technical means that are used to perform logistics operations are defined.…”