Abstract: The article presents an information and analytical system that provides automated quality control of wooden blanks in the manufacture of guitars using machine vision technologies and neural networks. The key components of the system focused on the detection of defective products and the automated selection of pairs of blanks with a matching wood pattern are considered. The results of the image analysis module, which uses neural networks with YOLO and EfficientNet architectures to dete ct product defects, are presented. It is shown that the proposed method of product quality control will significantly eliminate the subjective human factor in identifying defects and selecting guitar blanks. Algorithms and fragments of the software implementation of the system are presented, which can be integrated with SCADA and MRP systems operating in production.
Keywords: neural networks, information and analytical systems, production automation, woodworking industry, machine vision, product quality control.
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Issue: 4(39)'2025 Section: AUTOMATION AND CONTROL OF TECHNOLOGICAL PROCESSES AND PRODUCTION How to cite: D.M. Logunova, A.M. Volodina, E.V. Kurnasov, S.K. Kirillov, N.D. Tonkonozhenko. THE USE OF CONVOLUTIONAL NEURAL NETWORKS IN THE MANUFACTURE OF GUITARS TO IDENTIFY PRODUCT DEFECTS AND AUTOMATED SELECTION OF PAIRS OF BLANKS // Problems of Artificial Intelligence. - 2025. - № 4 (39). - P. 137-148. - https://paijournal.guiaidn.ru/en/2025/4(39)-12.html