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Information × Registration Number 0226U001817, (0125U003319) , R & D reports Title Improvement of Technological, Informational, and Mathematical Support for Ship Automated Control Systems popup.stage_title Аналіз існуючих автоматизованих систем керування судновими технічними засобами Head Polyvoda Vladyslav V., Кандидат технічних наук Registration Date 31-01-2026 Organization Kherson State Maritime Academy popup.description1 Improvement of technological, information and mathematical support for ship automated control systems to increase their efficiency, reliability and functionality in operational conditions popup.description2 The object of research is modern ship automated control systems (SACS), their architecture, construction principles, and the interaction processes of technological, information, and mathematical support. The purpose of the work is to conduct a comprehensive analysis of the current state of SACS for technical means, identify the limitations of existing support systems, and determine priority directions for their improvement. Research methods: information search, comparative analysis, structural-functional analysis, classification methods, and mathematical modeling. Results: During the first stage of the R&D, ways to improve the efficiency and environmental safety of vessels were analyzed. The implementation of electronic fuel injection control systems (ME-C/ME-B type engines), the use of permanent magnet shaft generators, modern separators, and automated ballast control systems were examined. The impact of digitalization on the maritime industry was investigated, specifically the prospects of the symbiosis between artificial intelligence and ship energy systems for route optimization and equipment failure prediction. Approaches to ensuring collective cybersecurity of autonomous vessels using decentralized analysis for protection against GPS spoofing were developed. Mathematical modeling of fuel consumption by a marine diesel generator was performed using the Lagrange interpolation polynomial. The obtained results serve as a basis for further development of advanced mathematical and software support for SACS. Product Description popup.authors Andrii Simanenkov Serhii Samoilov Serhii Bihun popup.nrat_date 2026-01-31 Close