ETHZ/Model
From 2007.igem.org
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| - | + | For our poject we decided on designing a systems that is able to learn or adapt to its environment. Please note that this is only a minimal system that should be able to act as a proof of concept. | |
| - | [[Image:ETHZFlowdiagram.png|center|thumb|Flow diagram |480px]] | + | [[Image:ETHZFlowdiagram.png|center|thumb|Fig. 1: Flow diagram |480px]] |
| + | [[Image:ETHZBlackbox.png|center|thumb|Fig. 2: Black box |480px]] | ||
proof of concept for a minmal learning/adapting system | proof of concept for a minmal learning/adapting system | ||
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* output 4 florescense proteins | * output 4 florescense proteins | ||
| - | [[Image:ETHZFullsystemmodel.png|center|thumb|System overview |480px]] | + | [[Image:ETHZFullsystemmodel.png|center|thumb|Fig.3: System overview |480px]] |
Revision as of 09:20, 15 October 2007
For our poject we decided on designing a systems that is able to learn or adapt to its environment. Please note that this is only a minimal system that should be able to act as a proof of concept.
proof of concept for a minmal learning/adapting system
what do we need?
- 2 inputs that should be learned/detected/adapted to
- 1 input to switch on memory
- need to store 3 states -> 2 state variables
- couple state variables to be more robust against pertubations
- output 4 florescense proteins
