Download PDFOpen PDF in browserActual Aspects of Information Technologies Application at the Problem Decision of the Movement Organisation by a Convoy of VehiclesEasyChair Preprint 65448 pages•Date: September 5, 2021AbstractThe analysis of the known approaches to solving the problem of organization of transportation by a convoy of vehicles showed that due to the existence of a large number of brands and types of vehicles, from which the convoys are formed, various tactical and technical characteristics of the samples of technology, a branched network of roads, multi-variants the choice of route, the possible development of the traffic situation, they do not solve the problem of efficient organization of traffic, although the article shows the urgency and weight of such a problem. Therefore, the purpose of this study is to substantiate possible approaches to the solution of the problem of organizing transportation by a convoy of vehicles, as well as their formalization. The article analyzes the problems of optimization of the military convoy composition and the choice of the optimal route for its movement from the point of their complex combination to solve the systematic problem of the organization of transportation by the convoy of vehicles. On the basis of the analysis, a multicriteria optimization problem was formulated, including criteria and a system of constraints which included all criteria and limitations of the constituent problems, and substantiation of possible approaches to its solution. The proposed approaches make it possible to: classify the tasks of organizing the march; generate algorithms for solving the problem under study in each of the productions; to evaluate the limited possibilities of the analytical methods available to solve the applied tasks of organizing a march; evaluate possible approaches to forming a mathematical apparatus to solve these problems; to conclude the need to develop information technology that would ensure the solution of the problem of organizing the march in any setting. Keyphrases: Algorithms, Information Technology, Multicriteria, mathematical model, optimization problem
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