Paris/Modeling
From 2007.igem.org
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*Creation of a [[Paris\Cell_aut|cellular automaton]] for space representation | *Creation of a [[Paris\Cell_aut|cellular automaton]] for space representation | ||
<br><br> | <br><br> | ||
| + | Our goal is to predict the behavior of the parts, devices, but also to help and understand why some parts don't work.<br> | ||
| + | At the end we want to provide parts with good descriptions, kinetic equations and parameters. | ||
[[Image:Paris illu mod2.gif|left|254px]]<br> | [[Image:Paris illu mod2.gif|left|254px]]<br> | ||
==[[PAris\Modelling_Variables|Variables]]== | ==[[PAris\Modelling_Variables|Variables]]== | ||
| - | + | We | |
==[[Paris/Modeling_char|Characterization]]== | ==[[Paris/Modeling_char|Characterization]]== | ||
<br> | <br> | ||
Revision as of 09:14, 13 July 2007
Contents |
Welcome to the main page of the modeling part
|
You'll find all the informations that you need to understand:
And if you don't find the answer to your question, put it on the discussion page ;-) |
Getting started
Before beginning here a page on modeling in general
We divide the modeling into 3 parts:
- (kinetic) Characterization of individual components
- Assembling the component into systems
- Creation of a cellular automaton for space representation
Our goal is to predict the behavior of the parts, devices, but also to help and understand why some parts don't work.
At the end we want to provide parts with good descriptions, kinetic equations and parameters.
Variables
We
Characterization
Assembling
cellular automaton
