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Information × Registration Number 0124U004617, R & D request Title Mathematical modeling of the fuzzy control system of the ship stabilizer with reactive action Head Haisha Olena O., Registration Date 05-11-2024 Organization International Philip Orlik University of Applied Sciences popup.description1 In previous studies, a design and method of stabilizing the pitching and rolling of the ship was proposed, based on the use of reactive forces acting on the ship's hull when a water-air mixture is ejected from different places in the desired direction (the principle of action of water jet stabilizers). Such a system has a lot of controlled elements, which are valves and motors that inject the mixture when it is fed in the required direction. Accordingly, the functionality of the control system of such a ship stabilizer is quite complex, and the construction of a deterministic mathematical model of an automatic control system can be difficult. In this case, it is advisable to apply the approach based on the theory of fuzzy sets and build a fuzzy control system of a technical device - an active ship stabilizer of reactive action. Thus, it is necessary to implement a mathematical model of a fuzzy control system for a reactive ship stabilizer and, based on it, conduct an analysis of the quality of its functioning, making sure that there are no obvious shortcomings, and evaluate its main performance indicators. popup.nrat_date 2024-12-09 Close