Abstract
This paper describes a new approach to real time control of urban drainage systems: model-based control. A hydrodynamic numerical model is included in the control loop to provide information about the expected situation. The introduction of the numerical model not only changes the level of information available, but also the way in which it is applied. It allows for a more dynamic control where more control strategies can be analysed. It also promotes global control, in which the situation of the entire urban drainage system is taken into account. A software package for model-based control, MOUSE ONLINE, is described.
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