Flood prevention dispatching decision support system

Abstract

The invention relates to a flood prevention dispatching decision support system, which comprises an on-line model server, a database, a data interface and a WEB application server, wherein the on-line model server is used for receiving hydrologic remote measurement data, and performing flood prediction simulation according to the hydrologic remote measurement data; the database is connected with each piece of hydrologic remote measurement equipment, and is used for storing hydrologic remote measurement data collected by the hydrologic remote measurement equipment; and the data interface and the WEB application server are respectively connected with the database and the on-line model server, are used for pushing the hydrologic remote measurement data in the database to the on-line model server, receiving the prediction simulation result and issuing the prediction simulation result to a remote network terminal. Compared with the prior art, the flood prevention dispatching decision support system has the advantages that the on-line model server performs flood prediction simulation according to the hydrologic remote measurement data; the outward issuing of the prediction result is realized through the data interface and the WEB application server; the rainfall water accumulation condition is simulated in real time according to the rainfall condition; the water accumulation point positions, the water accumulation depth and the water subsiding time are predicted; and the decision support is provided for water discharge emergency rescue and pump station optimization operation.

Description

technical field [0001] The invention relates to a flood control technology, in particular to a flood control scheduling decision support system. Background technique [0002] Waterlogging disasters during heavy rain in urban areas are a global problem, especially with global climate change, extreme rainstorms occur from time to time. The terrain of Shanghai is flat, and urban flood control and drainage mainly rely on pumping stations. Affected by many factors such as the low standard of the drainage system and the water level of the river, reasonable scheduling of pumping station operation plays an important role in the drainage system. [0003] Traditional dispatching is mainly based on the operation experience of drainage management personnel, and there are uncertainties and contingencies in actual operation, which cannot achieve precise intelligent control. When an abnormal situation occurs, the correct judgment cannot be made immediately, which will cause certain hidden...

AI Technical Summary

Problems solved by technology

[0003] Traditional dispatching is mainly based on the operation experience of drainage management personnel. There are uncertainties and contingencies in actual operation, and precise intelligent control cannot be achieved.

When an abnormal situation occurs, the correct judgment cannot be made immediately, which will cause certain hidden dangers to the city's flood control safety

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