Titlebook: Digital Twins for Vessel Life Cycle Service; Innovation in Mariti Houxiang Zhang,Guoyuan Li,Hans Petter Hildre Book 2024 The Editor(s) (if

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,Digital Twins in?the?Maritime Industry, and analyze the system’s behavior. By generating a digital twin, a deeper understanding of the system’s dynamics can be achieved, facilitating optimization. This technique has become increasingly crucial for optimizing dynamic operation systems.

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,Co-simulation Mechanism as?Digital Twins Platform,ols. Co-simulation refers to a simulation practice, where different self-contained sub-systems are coupled to realize a more complex system. Each sub-system is a simulator that can be characterized as a black-box capable of exhibiting behavior, consuming inputs, and producing outputs?[131]. Co-simul

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Models and Sub-domain Models for Digital Twins,se stated.) and data-driven modeling, co-simulation, and digital twin development are all essential components of digital twin development for multi-domain operation systems (MDOS). This chapter elaborates on applications of hybrid modeling, co-simulation, and digital twin technology to MDOS modelin

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Research Challenges and Future Perspectives,rehensive coverage is provided on key technologies such as co-simulation, component modeling, data transfer mechanisms, and tool utilization. To realize a digital twin for complex marine operations, we have embraced an architectural approach and conceptual framework utilizing an open model and simul

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P. C. Scriba,H. Djonlagic,G. Müller-Eschcal repository or remote control center (RCC), depending on where the twin system is deployed, for training, testing, and verification. In this chapter, we will introduce what and how data is collected and transmitted, stored for the development of the twin ship system?[155].