GMU:Sensor Hacklab/Christian Doeller: Difference between revisions

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I accomplished different experiments in order to outline the needs of my final idea:

1) creating a simple button matrix

1) exploring touch sensor material

2) hacking a toy keyboard + exploring its inner architecture

2) creating a simple button matrix

3) reverse engineering and connecting a keyboard matrix with Arduino + exploring its functions

3) hacking a toy keyboard + exploring its inner architecture

4) using different matrix systems as a) a resistive sensor and b) a switch based in- and output structure

4) reverse engineering and connecting a keyboard matrix with Arduino + exploring its functions

5) trying out different ways of implementing switches in a carpet

5) using different matrix systems as a) a resistive sensor and b) a switch based in- and output structure

6) trying out different ways of implementing switches in a carpet

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 I accomplished different experiments in order to outline the needs of my final idea:<br>
-) creating a simple button matrix<br>
+) exploring touch sensor material<br>
-) hacking a toy keyboard + exploring its inner architecture<br>
+) creating a simple button matrix<br>
-) reverse engineering and connecting a keyboard matrix with Arduino + exploring its functions<br>
+) hacking a toy keyboard + exploring its inner architecture<br>
-) using different matrix systems as a) a resistive sensor and b) a switch based in- and output structure <br>
+) reverse engineering and connecting a keyboard matrix with Arduino + exploring its functions<br>
-) trying out different ways of implementing switches in a carpet
+) using different matrix systems as a) a resistive sensor and b) a switch based in- and output structure <br>
+) trying out different ways of implementing switches in a carpet