1. Development and application of a multi-centre cloud platform architecture for water environment management.
- Author
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Chen, Gang, Zhang, Wanshun, Liu, Xin, Peng, Hong, Zhou, Feng, Wang, Hao, Ke, Qian, and Xiao, Boyang
- Subjects
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WATER management , *CLOUD computing , *ENVIRONMENTAL management , *SERVER farms (Computer network management) , *WATER pollution - Abstract
To promote the intelligent and accurate management of river basins, especially large basins which involve many catchments, it is highly required to develop a useful platform to effectively coordinate arithmetic resources and data, and simultaneously help to make decisions based on the real-time calculation. In this study, a multi-centre cloud platform architecture called 3L4C was constructed, which includes a Cloud-edge-terminal Layer (3L), data centre, model centre, control centre, and customer-service centre (4C). Data fusion technology and an air-land-water coupled model were constructed. Based on HTML5, JavaScript, and Java, an integrated water environment management platform was created and applied to the Three Gorges Reservoir Basin, China. The platform was tested and successfully used for automatic water quality prediction, water environment pollution analysis and control, early warning of abnormal water quality, and emergency water pollution incident evaluation. This platform quickly and accurately forecasts and perfectly displays past, present and future state of the water environment, and offers beneficial support for management decisions in various water environment departments. • A cloud platform architecture for environmental management decision-making. • Three Gorges Reservoir Basin Water Environment Management Platform. • Integrate water environment data from multiple sources. [ABSTRACT FROM AUTHOR]
- Published
- 2023
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