Abstract
Investigations on tidal processes in rivers can be performed in physical and numerical models. Moreover, in recent years, a hybrid model technique has been developed, in which physical and numerical models are combined on-line. The individual investigation areas are covered by that model type the particular advantages of which are specially suited for it; in this way inefficiencies are avoided. The application of hybrid models requires software support for the numerical model as well as for data acquisition, and control on the physical model. All this has to be integrated in one system. Moreover, the software has to be written for application under real-time conditions. It is modular-structured, and has a problem-oriented input language.
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