Documentos de Meert P. | REDI

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Mostrando 5 resultados de: 5

Filtros aplicados

Palabras Claves: "Model Pbkp_redictive Control"

Subtipo de publicación

Publisher

Journal of Water Resources Planning and Management(2)

Control Engineering Practice(1)

Journal of Flood Risk Management(1)

Journal of Hydrology(1)

Área temáticas

Geología, hidrología, meteorología(3)

Ingeniería sanitaria(2)

Ciencias Naturales y Matemáticas(1)

Física aplicada(1)

Ingeniería hidráulica(1)

Área de conocimiento

Ciencia ambiental(2)

Sistema de control(2)

Año de Publicación

Origen

Palabras Claves

Reduced genetic algorithm(3)

real-time flood control(3)

Data assimilation(2)

Climate scenario analysis(1)

Flood control(1)

Combining model pbkp_redictive control with a reduced genetic algorithm for real-time flood control

Abstract: This paper presents a novel meta-heuristic approach for real-time flood control. The approach combin

Palabras claves:

Flood management, Model Pbkp_redictive Control, Real-time control, Reduced genetic algorithm

Meert P., Patrick Willems, Vermuyten E., Wolfs V.

Flood control of the Demer by using Model Pbkp_redictive Control

Abstract: It is shown how Model Pbkp_redictive Control can be used for flood control of river systems modelled

Palabras claves:

Flood control, Kalman filter, Model Pbkp_redictive Control, Open channel flow

Agudelo O.M., Breckpot M., De Moor B., Meert P., Patrick Willems

Impact of seasonal changes in vegetation on the river model pbkp_rediction accuracy and real-time flood control performance

Abstract: The vegetation along a river reach varies throughout a year. Seasonal vegetation affects the hydrody

Palabras claves:

conceptual modelling, Data assimilation, Model Pbkp_redictive Control, real-time flood control, seasonal vegetation

Meert P., Patrick Willems, Vermuyten E., Wolfs V.

Model uncertainty reduction for real-time flood control by means of a flexible data assimilation approach and reduced conceptual models

Abstract: Recently, a combination of model pbkp_redictive control and a reduced genetic algorithm (RGA-MPC) ha

Palabras claves:

Data assimilation, Hydrodynamic model uncertainty, Model Pbkp_redictive Control, real-time flood control, Reduced genetic algorithm

Meert P., Patrick Willems, Vermuyten E., Wolfs V.

Real-Time River Flood Control under Historical and Future Climatic Conditions: Flanders Case Study

Abstract: Model pbkp_redictive control (MPC) has shown to be an efficient technique for real-time flood contro

Palabras claves:

Climate scenario analysis, Long-term series, Model Pbkp_redictive Control, real-time flood control, Reduced genetic algorithm

Meert P., Patrick Willems, Van Uytven E., Vermuyten E., Wolfs V.