Adrian Freed
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Robust and Reliable Fabric, Piezoresistive Multitouch Sensing Surfaces for Musical Controllers
Mon, 01/15/2018 - 14:38 — AdrianFreed
Robust and Reliable Fabric, Piezoresistive Multitouch Sensing Surfaces for Musical Controllers
,
Roh, Jung-Sim
,
Freed Adrian
,
Mann Yotam
, and
Wessel David
, NIME 2011, (2011)
e-Textiles
Surface Interaction
computing
controller
drum
e-textiles
fabric
interaction
Multitouch
piezoresistive
sensor
surface
tangible
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Analog and Digital Sound Synthesis as Relaxation Oscillators
Class Syllabi
Les Joies de l’Hexaphonie et les Guitares sans cordes de l’avenir
The FingerPhone, a sustainably designed paper Musical Instrument
Visual Musicology Case Study presented in Montreal
Recent blog posts
555 Timer resources
Circuit Layout Design Patterns for eTextiles Appliqués with Conductive Fabric
Sound Making Technologies ordered by Increasing Complexity/Cost/Size
FastTouch Open Source Arduino Library for Fast, Portable, Low Fidelity Capacitive Sensing
A Self Organizing Classification System by BLW Chapman
Introduction to Relaxation Oscillators
Caña Dulce and Caña Brava in San Francisco
Publications (Bibliography) Workflow 2018
First Fingerphone Prototype
Where there is a Whug there is a Way: Triaxial e-textile Breadboard
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New Publications
David Wessel's Inventive Directorship of UC Berkeley's Center for New Music and Audio Technologies (CNMAT)
Specification Mining For Machine Improvisation With Formal Specifications
Learning and Visualizing Music Specifications Using Pattern Graphs
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