Research on Hydrological Information Organization Based on Virtualization
Ping Ai, Peng Feng, Ping Mu · 2012
How to organize and utilize the self-governing, multi-sourced and heterogeneous hydrological information is an urgent problem in Chinese water resources informatization. To solve this problem, the paper proposes the architecture of hydrological information organization. The architecture introduces the mechanism of dynamic configuration based on description and virtualization to satisfy the dynamic requirements of water information applications. Based on the architecture, an example integrating heterogeneous data is given. Virtualization and dynamic configuration can also be applied to organize other forms of resources. Therefore, hydrologic information organization can offer inspiration and reference for the further study of cloud computing to be applied in Chinese water resources informatization.