Creating a prototype of information system for automated management of the distribution process and accounting forest products

The development of the forestry complex of the Russian Federation is hindered by several groups of problems, including a low degree of use of forest raw materials and a low level of technical support for the forest industry. In this regard, we consider it necessary to improve and automate equipment and technologies for primary wood processing. There is a need to develop automated production lines in conjunction with automation and crosscutting optimization systems. This approach will allow combining high productivity due to the speed of automation and high quality of cut assortments due to the shape and defects of the whip, as well as to fully keep track of the volumes of incoming and outgoing timber. The purpose of this work is to create a software implementation of the algorithm based on the developed technique for maximizing the cylindrical volume during crosscutting by identifying the optimal cutting pattern for the whip by the method of successive approximations to the optimal solution. This article presents the main aspects of the design and software solutions for the implementation of the algorithm in the form of an information system designed to automate the process of bucking and accounting for timber volumes. The prototype was developed in the IntelliJ IDEA integrated software development environment in the Java programming language.

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