Strap Tightness and Tissue Composition Both Affect the Vibration Created by a Wearable Device
2023
Miscellaneous
hi
Wearable haptic devices can provide salient real-time feedback (typically vibration) for rehabilitation, sports training, and skill acquisition. Although the body provides many sites for such cues, the influence of the mounting location on vibrotactile mechanics is commonly ignored. This study builds on previous research by quantifying how changes in strap tightness and local tissue composition affect the physical acceleration generated by a typical vibrotactile device.
| Author(s): | Nataliya Rokhmanova and Robert Faulkner and Julian Martus and Jonathan Fiene and Katherine J. Kuchenbecker |
| Year: | 2023 |
| Month: | July |
| Department(s): | Haptic Intelligence |
| Research Project(s): |
Gait Rehabilitation Through Haptic Feedback
|
| Bibtex Type: | Miscellaneous (misc) |
| Paper Type: | Work in Progress |
| Address: | Delft, The Netherlands |
| How Published: | Work-in-progress paper (1 page) presented at the IEEE World Haptics Conference (WHC) |
| State: | Published |
|
BibTex @misc{Rokhmanova23-WHCWIP-Strap,
title = {Strap Tightness and Tissue Composition Both Affect the Vibration Created by a Wearable Device},
author = {Rokhmanova, Nataliya and Faulkner, Robert and Martus, Julian and Fiene, Jonathan and Kuchenbecker, Katherine J.},
howpublished = {Work-in-progress paper (1 page) presented at the IEEE World Haptics Conference (WHC)},
address = {Delft, The Netherlands},
month = jul,
year = {2023},
doi = {},
month_numeric = {7}
}
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