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Software tool to find optimal sequence of production process technological operations for logging enterprise

The development of a software tool for finding the optimal sequence of technological operations of the production process of a logging enterprise, as well as the principles of its operation, is considered. Planning of logging production is quite a complex process, since it is necessary to determine the optimal strategy of activity, taking into account a large number of factors, increasing revenue and reducing costs. There are many options for organizing the technological process of harvesting and hauling wood. The program is developed on the basis of the algorithm given in the scientific literature for solving the problem of finding the optimal technological sequence of logging operations in order to automate calculations that are time-consuming. The application is created in the Delphi programming language in the Delhi XE2 RAD Studio development environment. The data used for the calculations is presented in an Excel table. To find the minimum cost flow, the program implements the Basaker — Gowan and Ford — Bellman algorithms. The result of the software tool is the optimal technological chain of delivery of wood from the cutting area to the consumer and corresponding costs. The results are displayed on the screen and can be saved to an Excel file. It is possible for the user to get help information about working with the program. With the help of the developed application, the technological chain of operations for the primary processing and transportation of harvested wood from the cutting area to the consumer is determined, which is characterized by a minimum cost for performing all types of work. The testing showed that the software can be used in practical activities by the head of the logging process at the enterprises of the forest industry.