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How
it works...
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Simulation
Process Overview
InSite
makes a very complicated process simple.
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Info... |
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How
it works...
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| To
draw an analogy, it's like modeling a race track and then simulating a race car's
performance on that race track. |
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Step
1
Inputting
and Running the Channel Model for the Application Environment
The first step entails collecting information about the proposed application
environment including a schematic of the type(s) of wiring, properties of the
wires, network device specifications and noise and channel model properties. This
information is then input into the Network Channel Parameter Input Screen. Following
this step, the Channel Model is run producing a graphical view of the channel.
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Adding
Noise to the Simulation
Before
running the final simulation, the various types of noise
are modeled and input in the Noise Model Input Screen. At
this point, virtually any possible combination of parameter properties can be
modeled for an application environment.
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Step 2
Final
Settings and Running the Physical Layer Simulation
After setting
some final configurations with InSite, you are ready to run the simulation.
After several seconds of processing, InSite delivers your expected
Channel Throughput and Bit Error Rate performance. Now you know how
fast, how far and how reliable your communications will be - all
before you've designed, built or implemented your solution.
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