From 2009.igem.org
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| + | Bridge Between Biologists & Computer Scientists to implement Membrane Computing formalism. |
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| - | WIKI CODING HERE
| + | We had our first meeting and we talked about different aspect of a successful modeling team. The fact that if we don't understand the system, we can't build/model it. As computer scientists we need to make a bridge and communicate with Biologist in a common language that both will understand. Also since we are thinking about using Membrane Computing (MC) approach, we have to sit down in near future and define our formalism; how we want to define a cell in terms of symbolic expression? We have already agreed that our main tool for this modeling will be [http://www.wolfram.com Wolfram's Mathematica]. The main advantage of Wolfram's Mathematica is its ability to work with symbolic expressions and pattern matching. Because we are planning to have an agent based approach with simulating a cell as well as colony of cells, Mathematica seems to be much more suitable over MathLab. However since we have to re-invent the wheel, it is much more work and we really need to think about this and get it right. |
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Revision as of 14:35, 15 August 2009
University of Calgary
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CAROL
Descriptive Title of What You’re Doing
WIKI CODING HERE
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CHINMOYEE
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EMILY
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FAHD
Day One: Duties and Responsibilities of the Marketing Team
Today we had a group meeting where we discussed the different types of approaches that we should take towards marketing our project to pharmaceutical companies and oil & gas companies. We also discussed strategies to gain media and public attention and ways to fundraise for our project.
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IMAN
Bridge Between Biologists & Computer Scientists to implement Membrane Computing formalism.
We had our first meeting and we talked about different aspect of a successful modeling team. The fact that if we don't understand the system, we can't build/model it. As computer scientists we need to make a bridge and communicate with Biologist in a common language that both will understand. Also since we are thinking about using Membrane Computing (MC) approach, we have to sit down in near future and define our formalism; how we want to define a cell in terms of symbolic expression? We have already agreed that our main tool for this modeling will be [http://www.wolfram.com Wolfram's Mathematica]. The main advantage of Wolfram's Mathematica is its ability to work with symbolic expressions and pattern matching. Because we are planning to have an agent based approach with simulating a cell as well as colony of cells, Mathematica seems to be much more suitable over MathLab. However since we have to re-invent the wheel, it is much more work and we really need to think about this and get it right.
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JAMIE
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JEREMY
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KATIE
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KEVIN
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MANDY
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PATRICK
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PRIMA
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STEFAN
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VICKI
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