Flood forecasting scheme real-time optimization method based on machine learning
A flood forecasting and machine learning technology, applied in the fields of water conservancy engineering and flood forecasting, to achieve the effect of improving forecasting accuracy
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[0042] A real-time optimal method for flood forecasting scheme based on machine learning, comprising the following steps:
[0043] 1) Collection and processing of watershed hydrological data
[0044] For the target watershed, it is necessary to collect rainfall and runoff data of not less than 30 years, and process the rainfall and runoff data into an equal-period time series. If there are multiple rainfall gauge stations within the watershed, it is necessary to use the data of multiple rainfall stations to calculate the areal rainfall of the watershed, and the Thiessen polygon method or the mean method can be used to convert the station rainfall time series into the areal rainfall time series of the watershed. Through the collection and processing of hydrological data in the basin, the time series of areal rainfall in the equal period is obtained {R 1 , R 2 , R 3 ,...,R t} and time series of watershed outlet runoff {Q 1 , Q 2 , Q 3 ,...,Q t}, where t is the time index...
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