Fluids in a distributed interactive simulation

Today's training simulators have dealt mainly with vehicle dynamics, artillery dynamics and soil manipulations. Important features such as fluid surface effects and flow over a terrain surface have been neglected decreasing the realism of the simulation. The modeling and animation of fluids have recently been pursued vigorously in computer graphics but fluid in a real-time networked virtual environment has not been studied. This paper investigates issues concerning the implementation of fluids in a distributed interactive simulation. Several fluid models and a player/ghost simulation strategy are examined.<
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