Object-oriented River System Simulation

by Jon S. Behrens, Jon Behrens & Associates, Inc, Longmont, United States,
Daniel P. Loucks, Jon Behrens & Associates, Inc, Longmont, United States,



Document Type: Proceeding Paper

Part of: Water Management in the '90s: A Time for Innovation

Abstract:

This paper describes an object-oriented approach to river basin simulation modeling that is event driven rather than time driven as in most river system simulation models. At the heart of this method are autonomous software objects which replicate the physical behavior of the components of an actual river system. These objects react to stimuli (changing values of their inputs, outputs or state) in much the same way as do the analogous components. The simulation of river systems is the result of the coordinated simulations in any order, of the various objects within the system. An object-oriented approach to modeling a river has a number characteristics that make it worthy of consideration. The model's architecture makes it especially suited to graphic user interfaces and database operations. It allows the easy integration of artificial intelligence techniques that can aid in expressing complex policies governing system operation.



Subject Headings: Hydrologic models | Artificial intelligence | Computer analysis | Computer aided operations | Computer models | Basins | Simulation models | Computer software

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