Abstract: This paper provides a solution to the forecasting problem of the river flow for two well known rivers in USA. They are the Black Water River and the Gila River. Feed-forward Neural Network and the Linear Auto-Regressive (AR) models were used to model the flow dynamics. The performance of the two proposed model were compared in both training and testing cases. The model performances were computed in each case. NN model showerd a better modeling capability compared to the AR model
This study investigates the selection of an appropriate low flow forecast model for the Meuse River ...
This research introduces a hybrid model for forecasting river flood events with an example of the Mo...
Reliable river flow estimates are crucial for appropriate water resources planning and management. R...
Estimating the flows of rivers can have a signicant economic impact, as this can help in agricultura...
The use of Artificial Intelligence methods is becoming increasingly common in the modeling and forec...
A non-linear Auto-Regressive Exogenous-input model (NARXM) river flow forecasting output-updating pr...
Abstract:-Providing stream flow forecasting models is one of the most important problems in water re...
Monthly stream flow forecasting can provide crucial information on hydrological applications includi...
River runoff forecasting is one of the most complex areas of research in hydrology because of the un...
Over the past 15 years, artificial neural networks (ANNs) have been used increasingly for prediction...
Forecasting a hydrologic time series has been one of the most complicated tasks owing to the wide ra...
Forecasting a hydrologic time series has been one of the most complicated tasks owing to the wide ra...
The use of Artificial Intelligence methods is becoming increasingly common in the modeling and forec...
This study investigates the selection of an appropriate low flow forecast model for the Meuse River ...
AbstractThe use of artificial neural networks (ANNs) is becoming increasingly common in the analysis...
This study investigates the selection of an appropriate low flow forecast model for the Meuse River ...
This research introduces a hybrid model for forecasting river flood events with an example of the Mo...
Reliable river flow estimates are crucial for appropriate water resources planning and management. R...
Estimating the flows of rivers can have a signicant economic impact, as this can help in agricultura...
The use of Artificial Intelligence methods is becoming increasingly common in the modeling and forec...
A non-linear Auto-Regressive Exogenous-input model (NARXM) river flow forecasting output-updating pr...
Abstract:-Providing stream flow forecasting models is one of the most important problems in water re...
Monthly stream flow forecasting can provide crucial information on hydrological applications includi...
River runoff forecasting is one of the most complex areas of research in hydrology because of the un...
Over the past 15 years, artificial neural networks (ANNs) have been used increasingly for prediction...
Forecasting a hydrologic time series has been one of the most complicated tasks owing to the wide ra...
Forecasting a hydrologic time series has been one of the most complicated tasks owing to the wide ra...
The use of Artificial Intelligence methods is becoming increasingly common in the modeling and forec...
This study investigates the selection of an appropriate low flow forecast model for the Meuse River ...
AbstractThe use of artificial neural networks (ANNs) is becoming increasingly common in the analysis...
This study investigates the selection of an appropriate low flow forecast model for the Meuse River ...
This research introduces a hybrid model for forecasting river flood events with an example of the Mo...
Reliable river flow estimates are crucial for appropriate water resources planning and management. R...