ViboPneumo : A Vibratory-Pneumatic Finger-Worn Haptic Device for Altering Perceived Texture Roughness in Mixed Reality

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Computer Science

100
Haptic Devices Computer Science
100
Mixed Reality Computer Science
60
User Computer Science
40
Haptic Feedback Computer Science
40
Material Surface Computer Science
20
Actuators Computer Science
20
Virtual Reality Computer Science
20
User Experience Computer Science
20
Application Scenari... Computer Science
20
Physical Object Computer Science
20
Physical Surface Computer Science

Keyphrases

100
Haptic Device Keyphrases
100
Mixed Reality Keyphrases
100
Texture Roughness Keyphrases
40
Haptic Feedback Keyphrases
40
Surface Material Keyphrases
40
Finger Pad Keyphrases
40
Perceived Roughness Keyphrases
20
Texture Model Keyphrases
20
Physical Objects Keyphrases
20
Material Type Keyphrases
20
Virtual Reality Keyphrases
20
Contact Area Keyphrases
20
Virtual Objects Keyphrases
20
User Study Keyphrases
20
User Experience Keyphrases
20
Vibrator Keyphrases
20
Silicone-based Keyphrases
20
Stickiness Keyphrases
20
Pneumatic Actuator Keyphrases
20
Vibrotactile Keyphrases
20
Haptic Properties Keyphrases
20
Haptic Sensation Keyphrases
20
Perceptual Study Keyphrases
20
Visual-haptic Keyphrases
20
Tactile Texture Keyphrases
20
Pneumatic Feedback Keyphrases
20
Bare Finger Keyphrases

INIS

100
texture INIS
100
devices INIS
100
roughness INIS
100
fingers INIS
100
pneumatics INIS
37
surfaces INIS
37
feedback INIS
25
comparative evaluat... INIS
25
increasing INIS
12
glass INIS
12
applications INIS
12
simulation INIS
12
ceramics INIS
12
lifts INIS
12
actuators INIS
12
stimuli INIS
12
silicones INIS
12
virtual reality INIS
12
anchors INIS
Research OutputsResearch Output authored by ViboPneumo is tagged with the concept