Ghost I/O
Fabric based sensor and display for 1 : 1 communication.
I spent summer 2011, working as a contractor at Microsoft Research. I researched e-textiles and helped to design & prototyped fabric electronics that work as both a non-emissive thermochromic display and as input sensors.
The fabric display is realized through a resistive heating grid made of conductive fabric rows & columns sandwiching a resistive fabric layer under a thermochromic fabric layer.
The fabric input is realized through a similar grid of conductive rows and columns sandwiching a piezoresistive fabric layer.
The final sensor protype took the form of a wearable fabric sleeve capable of stroke-recognition and wirelessly sending ghostly messages to the fabric display.
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