Team:ESBS-Strasbourg/Results/Modelling

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Revision as of 08:44, 18 October 2010

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ESBS - Strasbourg

System’s modeling 1. Introduction 2. Behavioral model 3. Signal flow model 4. Conclusion		1. Introduction To automate the process of creation of new synthetic bio-systems an interesting point is to develop a specific design flow like in microelectronics. One of the main assets in microelectronic design ﬂow for digital systems is the ability to describe a system at different abstraction levels. For our system we focus the modeling at two different level of abstraction. The first one introduced is a high-level model and then the second one is a low-level model. For each model we show the simulation results and as conclusion we discuss the potential of the purposed models.

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+<div class="heading">1.	Introduction</div>
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+To automate the process of creation of new synthetic bio-systems an interesting point is to develop a specific design flow like in microelectronics. One of the main assets in microelectronic design ﬂow for digital systems is the ability to describe a system at different abstraction levels.
-</center>
 <br>
-blabla</div>
+For our system we focus the modeling at two different level of abstraction. The first one introduced is a high-level model and then the second one is a low-level model. For each model we show the simulation results and as conclusion we discuss the potential of the purposed models.
+</div>
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