This bachelor thesis deals with the optimization of the logistics of moving agricultural machinery in the fields. To solve the real case, we use the optimization methods implemented in the MPL for Windows and the nearest neighbor method. The results are compared with the approach to logistics before 2018 and we provide a possible future outlook for 2022. This problem can be solved through the travelling salesman problem, whose economic and, consequently, mathematical model is properly specified ... zobrazit celý abstraktThis bachelor thesis deals with the optimization of the logistics of moving agricultural machinery in the fields. To solve the real case, we use the optimization methods implemented in the MPL for Windows and the nearest neighbor method. The results are compared with the approach to logistics before 2018 and we provide a possible future outlook for 2022. This problem can be solved through the travelling salesman problem, whose economic and, consequently, mathematical model is properly specified and described. To the extent necessary, the support optimization software MPL for Windows is introduced to solve the specified problem. In the practical part, the code in this program is applied to solve the shortest possible path between individual fields, and a program is also created to solve the problem with time windows, which provide us with the possibility of timing the agro-operation. In the end, the results are summarized, individual models are compared, and a possible solution for the future is offered in the use of a single seeding plan for each area of the company |