Dynamic Line Management and Control Model in Transport Logistics

The task of creating a model for a dynamic management and control line in an unmanned aircraft system that moves technical products along existing logistic transport corridors open for the transportation of products of technical systems by rail has been set and solved. The scientific result is a novel model of the process of transferring flight control commands from an external pilot's station to an aircraft. The novelty of the model lies in the automatic restructuring of the parameters of the management and control line, depending on the actual location of the aircraft on the routes of the logistics network, taking into account the specified indicators of the timely delivery of control commands to the aircraft. The economic effect for unmanned aviation enterprises is to reduce the cost of equipment and pay for external pilots. The technical and economic effect for transport logistics enterprises is to increase the capacity of transport corridors due to additional cargo turnover using unmanned aircraft.