HCI Bibliography : Search Results skip to search form | skip to results |
Database updated: 2016-05-10 Searches since 2006-12-01: 32,257,227 		director@hcibib.org
Hosted by ACM SIGCHI
The HCI Bibliogaphy was moved to a new server 2015-05-12 and again 2016-01-05, substantially degrading the environment for making updates.
There are no plans to add to the database.
Please send questions or comments to director@hcibib.org.
Query: Bethancourt_M* ⇒ Results: 2 Sorted by: Date  Comments?
Help Dates
Limit:   
SolidNoise: Making Musical Robots Late-Breaking Works: Novel Interactions / Harriman, Jiffer / Bethancourt, Matthew / Narula, Abhishek / Theodore, Michael / Gross, Mark Extended Abstracts of the ACM CHI'16 Conference on Human Factors in Computing Systems 2016-05-07 v.2 p.2504-2510
© Copyright 2016 ACM
ACM Digital Library Link
Summary: This late breaking work submission describes the development of tools and techniques aimed to simplify the development and use of musical robots. We describe these tools and techniques as utilized to produce an event known as SolidNoise. The event showcased a series of automated instruments and musical compositions created for the robotic ensemble. Our developments are motivated by historical examples of automated instruments and our vision for musical robots in the future.
SolidNoise: Tools For Making Musical Robots Interactivity Demos / Harriman, Jiffer / Bethancourt, Matthew / Narula, Abhishek / Theodore, Michael / Gross, Mark Extended Abstracts of the ACM CHI'16 Conference on Human Factors in Computing Systems 2016-05-07 v.2 p.3683-3686
© Copyright 2016 ACM
ACM Digital Library Link
Summary: This Interactivity Demonstration submission describes new tools and techniques aimed to simplify the development and use of musical robots. We describe these tools and techniques as utilized to produce an event known as SolidNoise. The event showcased a series of automated instruments and musical compositions created for the robotic ensemble. Our developments are motivated by historical examples of automated instruments and our vision for musical robots in the future. We will demonstrate our musical robots and the platform used to make them, at CHI.