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Design of a bilateral vibrotactile feedback system for lateralization
The proceedings of the 13th international ACM SIGACCESS conference on Computers and accessibility, 2011We present a bilateral vibrotactile feedback system for accurate lateralization of target angles in the complete 360 degree-range. We envision integrating this system into context-aware hearing instruments (HIs) or cochlear implants (CIs) to support users that experience lateralization difficulties.
Bernd Tessendorf +7 more
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The Design and Deployment of a Wearable Vibrotactile Feedback System
Eighth International Symposium on Wearable Computers, 2004We present work on the development and deployment of a wearable system for displaying vibrotactile stimuli at multiple locations on a person. This system is targeted as a general-purpose controller, with the flexibility to support many types of output devices, such as pager motors, muffin fans, and solenoids.
Robert W. Lindeman +3 more
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VisPad: a novel device for vibrotactile force feedback
12th International Symposium on Haptic Interfaces for Virtual Environment and Teleoperator Systems, 2004. HAPTICS '04. Proceedings., 2004VisPad is a new haptics design for visualizing data, constructed from commodity massage chair pads with custom controllers and interfaces to a computer. It is an output device for information transmitted to a user who sits on the pad. The user interface is unique in that it has a large feedback area and is passive in nature, where unlike most current ...
Doanna Weissgerber +2 more
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A Vibrotactile Sensory Feedback System for Prosthetic devices
TENCON 2019 - 2019 IEEE Region 10 Conference (TENCON), 2019Available upper limb active prosthetic devices lack any form of sensory feedback. This paper presents development of a vibrotactile sensory feedback system employing the sensory substitution method. Testing the device with amputees and improvement in overall experience of using the device with the developed system is also discussed.
Llewellyn Dsa +3 more
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Vibrotactile feedback aids prosthesis usability
Science RoboticsA noninvasive vibrotactile feedback system integrated with a knee prosthesis can improve perception, user experience, and gait.
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Feel the BCI Vibe - Vibrotactile BCI Feedback
2013Proceedings of the fifth International Brain-Computer Interface ...
Leeb, Robert +3 more
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Vibrotactile Feedback for an Open Air Music Controller
2014In this paper we describe an approach for providing vibrotactile feedback for digital musical instruments (DMIs) that are controlled with open air hand motion. The hand motion was captured with infrared marker based motion capture technology. The marker position data was mapped to the control parameters of both sound and vibrotactile signal synthesis ...
Håkon Knutzen +2 more
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Immersive game with vibrotactile and thermal feedback
5th International Conference on Computer Sciences and Convergence Information Technology, 2010This paper proposes an immersive game system where a user haptically senses the state of a target object. To construct the game, we first present a vibrotactile signal generation method which provides variable vibrotactile effects according to a user's interaction and graphic environments.
Da-Hye Kim, Sang-Youn Kim
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Vibrotactile Stimuli for Distinction of Virtual Constraints and Environment Feedback
2014In virtual reality and teleoperation scenarios, active constraints can be used to guide a user, prevent him from entering forbidden regions, and assist him in general. On a haptic interface, this implies superimposing the forces generated by the active constraints on top of the forces that are generated by the environment (real or virtual).
Ramos A., Prattichizzo D.
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Design of a vibrotactile feedback virtual testbed
CCECE '97. Canadian Conference on Electrical and Computer Engineering. Engineering Innovation: Voyage of Discovery. Conference Proceedings, 2002This paper presents the software infrastructure design for a virtual environment testbed that provides vibrotactile feedback. The process involved identifying system requirements and constraints from an experimental design, the selection of system components, and the development of software modules. The infrastructure interfaces with hardware input and
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