Back to Results
First PageMeta Content
Human–computer interaction / Brownian motion / Tangible user interface / Multi-touch / User interface / Nanoparticle / Electron / Force / Physics / User interface techniques / Software


Proceedings of the International Conference on New Interfaces for Musical Expression TouchNoise: A Particle-based Multitouch Noise Modulation Interface Axel Berndt
Add to Reading List

Document Date: 2014-07-10 06:50:58


Open Document

File Size: 1,09 MB

Share Result on Facebook

City

Corfu / Barcelona / Milan / Melbourne / London / Sydney / St. Andrews / /

Company

Adaptive Systems Music / Generative Music / Sonic / Nintendo / Evolutionary Computer Music / Realtime Algorithmic Music Systems / Electronic Arts / Microsoft / /

Country

United States / Italy / Australia / United Kingdom / Scotland / Sweden / Spain / Greece / /

/

Event

Company Expansion / /

Facility

R. H. Chapel / Rub´en Hinojosa Chapel / University Pompeu Fabra / Monash University / University of Technology Sydney / Interactive Institute/Sonic Studio / University of London / /

IndustryTerm

Particle systems / educational tool / multi-agent systems / multitouch technologies / music systems / input devices / /

MusicAlbum

Interaction / /

OperatingSystem

Android / /

Organization

Interactive Media Lab Technische Universität Dresden Dresden / Interactive Institute / Technische Universität Dresden Dresden / Ionian Academy / University of Technology Sydney / Department of Technology / Monash University / University of London / /

Person

Proc / Joel Chadabe / Axel Berndt Nadia Al-Kassab Raimund / /

Position

author / editor / Chair for Media Design / /

Product

Wiimote / TouchNoise / Kinect / /

ProvinceOrState

Louisiana / /

Technology

smartphones / multitouch technologies / ultrasound / Android / /

SocialTag