Application Research of Synthetic Decision Support for System Water Resources Dispatch and Allocation

Abstract:

Water resources reasonable disposition is a measure to solve water shortage problem, cannot still meet the requirement of practice for the knowledge of complex water resources system and the method of describing and other theoretical research. The Yellow River has faced the dry-up of the Yellow River. A Synthetic Decision Support System (SDSS) for water resources dispatch and allocation, based on a new route and method to water resources dispatch and allocation derision-making was developed in order to gain a better understanding of the water resources dispatch and allocation. The paper completes the design of the main structure and functions of the system, and introduces the key techniques of implementing the system, through the analysis of application subject and information integration manner of the system, topological relationship between the water conservancy project entities in various river basins is established using the thought of graphic-topology and tree-topology. Adopting the data warehouse technique, the integration method of facing the decision subject, separation method of the user interface and application program, the method of water resources dispatch and allocation service model based on topological relationship, is established. The model is integrated with the scenario experiences and knowledge about the water resources dispatch and allocation accumulated by the experts and developers. The system has been put into application successfully, and satisfied effects are obtained, therefore it is worthy to be improved and popularized and has the great directive significance and applied value in optimum operation regulation and uniform management of water resources.

• Periodical: Applied Mechanics and Materials (Volumes 644-650)
• Pages: 6347-6350
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.644-650.6347
• Online since: September 2014
• Authors: Yan Li*, Zi Jian Zhu, Sheng Yang Li
• Keywords: Data Aggregation, Information Integration, Information Organization, Synthetic Decision Support, Water Resources Allocation, Water Resources Dispatch, Yellow River

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