This study proposes a risk assessment framework for quantifying the reliability of the rainfall
threshold used in flash flood warning, which should be influenced by the uncertainties in the …

The one-dimensional Saint Venant equations for shallow-water ows are used to simulate the
ood wave resulting from the sudden opening (or closure) of a gate or collapse of a dam. An …

Coupled 1D–2D hydrodynamic models are widely utilized in flood hazard mapping. Previous
studies adopted conceptual hydrological models or 1D hydrodynamic models to evaluate …

An operational two-dimensional real-time flood forecasting system has been developed to
prevent urban inundation in Taiwan, and it uses the Delft-FEWS (Flood Early Warning System…

This study proposes an optimal analysis model for carrying out the canal-based irrigation
water allocation (OPA_IWA_Canal) for a schedule-based irrigation zone under consideration …

This study proposes a stochastic artificial neural network (named ANN_GA-SA_MTF), in which
the parameters of the multiple transfer functions considered are calibrated by the modified …

This study modifies a real-time correction method for water stage forecasts (named the
RTEC_TS&KF model) using the time series method developed by Wu et al. (Stoch Environ Res …

This study proposes a framework for uncertainty analysis by incorporating explicit numerical
solutions of governing equations for flood wave propagation with the expectation operator. It …

This study proposes a method for predicting the long-term temporal two-dimensional range
and depth of flooding in all grid points by using a convolutional neural network (CNN). The …

This study develops a real-time error correction model named RTEC_2DIS for two-dimensional
(2D) flood-inundation simulations. Inundation depth and flooding area provided by a 2D …