Сетевая модель для управления движением воздушного судна по логистическим маршрутам

Abstract

Introduction: The subject area is logistics processes in technical operation systems at enterprises of high-tech industries of electronic, machine-building and other sectors of the economy, whose items and their components are used in operational aviation technical systems and apparatuses. This work is devoted to the research of the use of unmanned aircraft in logistics processes for the transportation of items and their components that require repair, maintenance, modernization or the introduction of new versions of programs and integrated circuits. The purpose of the work: To ensure the continuity of aircraft movement control in conditions of strong negative influence of additive interference, multiplicative disturbances and other counteracting processes in certain sections of the logistics route network, the task of developing the novel model of aircraft movement control is being solved. The goal-setting of this model is the reproduction and execution in real time of the command to prevent a break in the control of the movement of the aircraft due to the negative influence of counteracting processes. A scientific patent search was carried out and the closest to the developed model and high-tech analogues were identified. The search was performed on an array of articles, inventions, computer programs and databases published in 2018&2023 related to the topic under research. The scientific result of the research is the developed network process model for controlling the movement of an aircraft in logistics routes, which has a novelty and provides a solution to the task. The main effect of the application of the novel network model is to ensure the continuity of aircraft movement control in the conditions of counteracting processes in the network of logistics routes. The proposed scientific and technical solution may be of interest to managers of enterprises, researchers and engineers in other subject areas in which logistics processes and unmanned transport systems are used.