Design of systems using artificial intelligence.
Authors
Parshukov Vladimir Ivanovich
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Annotation
The article examines the design and classification of modern automated technical systems using artificial intelligence, digital technologies, and TRIZ principles. Particular attention is paid to the hierarchical structure of complex technical systems comprising interconnected supersystems and subsystems at different levels, as well as to their functional interaction through programmable processors, controllers, and computerized control systems. Using automatic production lines, robotic assembly complexes, and flexible technological modules for the production of thin-film microassemblies as examples, the article considers the principles of integrating local technical solutions into unified production complexes. The possibilities of flexible process control, automation of transportation, loading-unloading, and monitoring operations, as well as the adaptation of individual modules to higher-level technical systems, are analyzed. The importance of unification and standardization of technical solutions for enhancing their integrative capabilities and supporting the further development of intelligent manufacturing is emphasized. Particular attention is given to the classification and systematization of technical systems based on the modified definitions proposed by Ksenia Kaplieva, as well as to their application in software development, machine-aided design, and the formulation of patent and licensing protection strategies. The article demonstrates that the combination of TRIZ and ARIZ principles, modern computer technologies, automated design, and intelligent control systems provides a foundation for the further development of flexible, adaptive, and intelligent manufacturing systems.
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Authors
Parshukov Vladimir Ivanovich
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