Changes between Version 78 and Version 79 of GeniTmixCalibTutorial


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Timestamp:
06/21/14 18:46:44 (5 years ago)
Author:
Ben Newton
Comment:

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  • GeniTmixCalibTutorial

    v78 v79  
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    102102== E. Iterate ==
    103 [[Image(calibration.png, 550, nolink, right)]] '''Repeat steps 1 through 10 of section D''' for input files or your choosing (i.e. 1of02.cinit.tcvec), and plot the resulting number of bytes transferred.  Select input files in an attempt to obtain two or three data points which show a linear trend.  Then select an input file that attempts to replay so much traffic that the resources are exausted, and the linear growth stops.  The graph to the right is the resulting graph from calibrating two GENI nodes.  The graph indicates that given the current environment, at least three pairs of this type of node would be required to reliably replay the traffic. You can use the following table to record the calibration results for your nodes.  Depending on the properties of the nodes you are using, the network traffic, and the resource utilization, your results will likely be different.       
     103[[Image(calibration.png, 550, nolink, right)]] '''Repeat steps 1 through 10 of section D''' for input files or your choosing (i.e. 1of02.cinit.tcvec), and plot the resulting number of bytes transferred.  Select input files in an attempt to obtain two or three data points which show a linear trend.  Then select an input file that attempts to replay so much traffic that the resources are exausted, and the linear growth stops.  The graph to the right is the resulting graph from calibrating two GENI nodes.  The graph indicates that given the environment when the experiment was run, at least three pairs of this type of node would be required to reliably replay all the traffic. You can use the following table to record the calibration results for your nodes.  Depending on the properties of the nodes you are using, the network traffic, and the resource utilization, your results will likely be different.       
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