ETH Zurich 2006

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(Brain Storming)
(Brain Storming)
Line 25: Line 25:
== Brain Storming ==
== Brain Storming ==
...some first ideas...
...some first ideas...
-
# An implementation of the 'Game of Life": cell color indicates its living state
+
# An implementation of the 'Game of Life" or another cellular automata
 +
## cell color indicates state
 +
## cell live indicates state (self destruct)
# A kind of a simple ALU: at least two simple logic functions and a multiplexer
# A kind of a simple ALU: at least two simple logic functions and a multiplexer
-
# An implementation of a full-adder: 1-bit adder with carry-on
+
# An implementation of a full-adder: 1-bit adder with carry
 +
# sensing
 +
## acousic
 +
## pressure
 +
## electric
 +
## magnetic
 +
## light
 +
## temperature
 +
## chemicals
 +
## frequency
 +
# Self organisation / Emergent (differentiation) structure in the culture
 +
# synchronize oscillations among cells
 +
# fire squad: get bacteria to find (directed cell growth) an exogenious reaction on the plate and extinguish it
 +
# propagate a pulse in culture

Revision as of 18:28, 11 July 2006

ETH Zurich

ETH 2005 information

Here's what we'd like to see on your wiki page(s):

  1. A list of all team members, their roles, and email addresses
  2. Overview of project(s), including schematics and figures
  3. Ongoing data/updates about project(s), including schematics, figures, test data, and biobrick parts used
  4. Some photos of your team, facilities, institution, etc.
  5. Optionally, anything that broadcasts your team's personality, spirit, sense of fun, or coolness...

Particiants:

  1. Michael Friedmann
  2. Dimo Brockhoff
  3. Franz Zürcher
  4. Olga Nikolayeva
  5. Alexandra Choutko
  6. Arthur Korn
  7. Robert Schütz
  8. Marco Terzer
  9. Marko Jovanovic

Brain Storming

...some first ideas...

  1. An implementation of the 'Game of Life" or another cellular automata
    1. cell color indicates state
    2. cell live indicates state (self destruct)
  2. A kind of a simple ALU: at least two simple logic functions and a multiplexer
  3. An implementation of a full-adder: 1-bit adder with carry
  4. sensing
    1. acousic
    2. pressure
    3. electric
    4. magnetic
    5. light
    6. temperature
    7. chemicals
    8. frequency
  5. Self organisation / Emergent (differentiation) structure in the culture
  6. synchronize oscillations among cells
  7. fire squad: get bacteria to find (directed cell growth) an exogenious reaction on the plate and extinguish it
  8. propagate a pulse in culture
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