Abstract:
With the continuous development of digital twin technology, it has been widely applied in various fields. The application of digital twin technology in the water environment is becoming a hot topic, bringing new possibilities for water quality monitoring and early warning. Digital twin models are the core elements of digital twins. Currently, existing digital twin models of water bodies are mainly implemented in a static manner, making it difficult to express the dynamic changes of water bodies, integrate with environmental factors, and achieve realistic water twin scenarios. This paper proposes the construction of water body twin models through parameterization, and by integrating environmental parameters, accurately and intuitively expresses the characteristics and dynamic changes of water bodies. This has reference significance for promoting the development of digital twin technology. Β© 2024 IEEE.
