Todd Ingalls
todd.ingalls@asu.edu
Personal Site
Assistant Research Professor
Interactive Arts/Motion Capture
Todd Ingalls is a composer and computer
artist who has been working with interactive performance
and installations for the past several years. He is
an active researcher with many of the ongoing research
projects at AME including Immersive
Multimedia Environments,
Motion Sensing and Analysis, Audio
Sensing and Smart Microphone Arrays, and Biofeedback
for Rehabilitation.
He is also a participating faculty for the NSF CISE
RI grant An Interdisciplinary Research Environment
for Motion Analysis and an investigator on the NEA
Technology: Resources for Change motione grant.
In
addition to teaching and research, Todd also manages
AME's Motion Analysis Lab/Intelligent Stage, a real-time
motion capture and sensing space for multimedia environments.
Todd is also the AME liaison with both the Harrington
Department
of Bioengineering and Department of Psychology
and is working with both in the development of AME
concentrations
in both areas.
Todd's work has been performed internationally
at SPIELART Theater Festival (Munich), VIA festival
(Maubeuge),
International Festival of Movement Arts (Bangalore),
Cutting Edge Festival (Darmstadt), Zentrum für
Kunst und Medientechnologie, and the Donaueschinger
Musiktage, among others. You can see a recent
program featured on German TV which details the projects scanned
V with Christian Ziegler.
Some recent publications/conferences
include:
T. Ingalls, T. Rikakis, J. James, G.
Qian, L. Olson, F. Guo, S. Wong. “A Movement
Recognition Engine for the Development of Interactive
Multimedia
Works. “AISB
2004 Convention: Motion, Emotion and Cognition - ConGAS
Symposium on GestureInterfaces for Multimedia Systems
(GIMS). 2004
G. Qian, F. Guo, T. Ingalls, L. Olson,
J. James, T. Rikakis. “A Gesture-Driven Multimodal
Interactive Dance System.”IEEE International
Conference on Multimedi aand Expo. 2004
Huang H, He
J, Rikakis T, Ingalls T, Olson L. “A
new framework of biofeedback system for neural rehabilitation.” Biomedical
Engineering Society Fall meeting. 2004
Huang H, He J,
Rikakis T, Ingalls T, Olson L. “Design
of biofeedback system to assist the robot-aided movement
therapy for stroke rehabilitation.” Proceeding
of Society for Neuroscience's 34th Annual Meeting,
2004.
T. Ingalls, M. Fitzgerald, K. Schupp. “bodysense
2” Presentation at the Arts and Technology Symposium,
University of Utah. 2004.
