3. Simulation, in industry, science, and education,
a research or teaching technique that reproduces
actual events and processes under test
conditions.
Developing a simulation is often a highly
complex mathematical process. Initially a set of
rules, relationships, and operating procedures
are specified, along with other variables.
The interaction of these phenomena create new
situations, even new rules, which further evolve
as the simulation proceeds.
There are many examples of these
simulations……………….
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5.
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7. Computer simulation,is a progarm use to
represent the dynamic responses of one system
by the behavior of another system modeled
after it.
A simulation uses a mathematical description,
or model, of a real system in the form of
a computer program.
The mathamatical model is composed of
equations that duplicate the functional
relationships within the real system.
9. The book of nature is written in the
language of mathematics NEWTON.
10. A simulation can also take the form of a computer-
graphics image that represents dynamic processes
in an animated sequence.
Computer simulations are used to study the
dynamic behavior of objects or systems in
response to conditions that cannot be easily or
safely applied in real life.
Simulations are especially useful in enabling
observers to measure and predict how the
functioning of an entire system may be affected by
altering individual components within that
system.
11. Examples: Blue Brain Project ,Life,Krick-
Suleman model.
Computer simulation is widely use in the field
of scientific research ,
engeenering,ecnomics,industrial research etc
