This content is Free Access.
4,089 Views
•
11:54 min
•
May 08, 2021
DOI:
1Center for Cognitive Science,Rutgers University, 2Department of Computer Science,Rutgers University, 3Music Department, Mason Gross School of the Arts,Rutgers University, 4Psychology Department,Rutgers University, 5Sensory Motor Integration Lab,Rutgers University, 6Computational Biomedicine Imaging and Modelling Center,Rutgers University
Summary
Automatically generated
We present protocols and methods of analyses to build co-adaptive interfaces that stream, parameterize, analyze, and modify human body and heart signals in close-loop. This setup interfaces signals derived from the peripheral and central nervous systems of the person with external sensory inputs to help track biophysical change.
Explore More Videos
Real-time Proxy-controlRe-parameterized Peripheral SignalsClose-loop InterfacePoly Signal AugmentationBodily AwarenessWearable TechnologiesNervous System SignalsSensory AugmentationBrain-machine InterfaceClosed-loop InterfaceSynchronized RecordingReal-time StreamingReal-time AnalysisFeature ExtractionAuditory MappingVisual RepresentationSensory ModuleNervous System SignalsData StreamingData AnalysisAudio FeedbackHeart RateReal-time Augmentation
Read Article
Cite this Article
Kalampratsidou, V., Kemper, S., Torres, E. B. Real-Time Proxy-Control of Re-Parameterized Peripheral Signals using a Close-Loop Interface. J. Vis. Exp. (171), e61943, doi:10.3791/61943 (2021).
Copy