Team:NTU-Singapore/Modelling/Parameter/r logistic

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=Parameter r analysis=
=Parameter r analysis=
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<br>[[Image:Charac_Result37.jpg|850px|RFU Results]]<br>
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<br>[[Image:Charac_Result37.jpg|thumb|center|850px|Graph of RFU Results]]<br>
The above is the results from our characterisation experiment.
The above is the results from our characterisation experiment.
Here we attempt to change r over a range of values to observe how r affects the logistic growth output.<br>
Here we attempt to change r over a range of values to observe how r affects the logistic growth output.<br>
'''Graph of r''' <br>
'''Graph of r''' <br>
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[[Image:Varying_rateofgrowth1.jpg|850px| r]]<br>
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[[Image:Varying_rateofgrowth1.jpg|thumb|center|850px|Graph of r]]<br>
As seen the above run informs us that the growth rate at higher values cluster together and do not have much impact. We then investigate growth rates of lower values. <br>
As seen the above run informs us that the growth rate at higher values cluster together and do not have much impact. We then investigate growth rates of lower values. <br>
'''Graph of r''' <br>
'''Graph of r''' <br>
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[[Image:Varying_rateofgrowth2.jpg|850px| r]]<br>
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[[Image:Varying_rateofgrowth2.jpg|thumb|center|850px|Graph of r]]<br>
Here we choose r=0.01
Here we choose r=0.01
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Latest revision as of 15:12, 28 October 2008


Parameter r analysis


Graph of RFU Results

The above is the results from our characterisation experiment.

Here we attempt to change r over a range of values to observe how r affects the logistic growth output.
Graph of r

Graph of r

As seen the above run informs us that the growth rate at higher values cluster together and do not have much impact. We then investigate growth rates of lower values.

Graph of r

Graph of r

Here we choose r=0.01

Retrieved from "http://2008.igem.org/Team:NTU-Singapore/Modelling/Parameter/r_logistic"