The Continuous Simulation Approach
• In a whole range of situations, operations are not
subject to discrete changes in state, but the state of
the system changes continuously through time.
• The most obvious of these is in operations involving
the movement of fluids, for instance, chemical plants
and oil refineries.
• In these systems tanks of fluid are subject to
continuously changing volumes.
• Systems that involve a high volume of fast moving
items may also be thought of as continuous, for
instance, food manufacturing plants and
communications systems.
The Continuous Simulation Approach
• In these situations the level of granularity with which
the system is to be analysed determines whether it is
seen as discrete or continuous.
The Continuous Simulation Approach• In a whole range of situations, operations are notsubject to discrete changes in state, but the state ofthe system changes continuously through time.• The most obvious of these is in operations involvingthe movement of fluids, for instance, chemical plantsand oil refineries.• In these systems tanks of fluid are subject tocontinuously changing volumes.• Systems that involve a high volume of fast movingitems may also be thought of as continuous, forinstance, food manufacturing plants andcommunications systems. The Continuous Simulation Approach• In these situations the level of granularity with whichthe system is to be analysed determines whether it isseen as discrete or continuous.
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