IGEM:MIT/2005/Signal processing: Difference between revisions
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>Ymk (→Notes) |
>Ymk |
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*Researching on creating/maintaining thresholds | *Researching on creating/maintaining thresholds | ||
**Model Mechanisms: | **Model Mechanisms: | ||
***cI system | ***cI system: Currently shelved (see Notes) | ||
***complementary mRNA | ***complementary mRNA: going to plan experiments to characterize system. | ||
*C/D: Still looking for appropriate proteins | *C/D: Still looking for appropriate proteins | ||
**Will discuss with actuator group to get this functioning | **Will discuss with actuator group to get this functioning independently of the sensor group | ||
==Device Depiction== | ==Device Depiction== | ||
Revision as of 20:06, 17 July 2005
POC
ToxRay
Function
- To eliminate noise from the incoming signal (delivered by the sensor group)
- To deliver a relatively clean and (usually) modular input to the actuator group
Ideas
- Continuous to discrete (C/D) converter
- Thresholding based on complementary mRNA competition
Current Status
- Researching on creating/maintaining thresholds
- Model Mechanisms:
- cI system: Currently shelved (see Notes)
- complementary mRNA: going to plan experiments to characterize system.
- Model Mechanisms:
- C/D: Still looking for appropriate proteins
- Will discuss with actuator group to get this functioning independently of the sensor group
Device Depiction
- Thresholding device:
- C/D converter:
Device Parts
Unconceived
Issues/Questions
- How to fine tweak system and test it independently of the sensor group (i.e. characterize the system)?
Need Help With
Nothing.. Nada..
Wishlist
- Feedback mechanism
Notes
- This group has secondary priority to the rest. It will gain prominence after the other devices are ready.
- cI system has internal thresholding built into the system. We may not be able to tweak it for our own nefarious purposes.
