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Tactile sensation with high-density pin-matrix
Masashi Nakatani
, Hiroyuki Kajimoto
, Naoki Kawakami
, Susumu Tachi
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
11
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Citations (Scopus)
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Keyphrases
High Density
100%
Tactile Display
100%
Tactile Sensation
100%
Matrix Classes
55%
Actuator
33%
Bakelite
22%
Small Interval
22%
Computer Interface
22%
Low Density
11%
Flat Surface
11%
Novel Methodology
11%
Friction
11%
Enhancement Effect
11%
Surface Texture
11%
Two-point
11%
Cell Phone
11%
Tangential Force
11%
Geometrical Features
11%
Vibrotactile Patterns
11%
Psychophysical Experiment
11%
Edge Enhancement
11%
Shape Recognition
11%
Dynamic Movement
11%
Geographical Features
11%
Movement Direction
11%
Computer Screen
11%
Tumbling
11%
Tactile Interface
11%
Time Density
11%
Support Plate
11%
Braille
11%
Aliasing Effect
11%
Human Work
11%
Static Display
11%
Dynamic Types
11%
Passive Mode
11%
Discrete Sampling
11%
Board Thickness
11%
Center to Center
11%
Low Response Time
11%
Ultimate Dynamics
11%
Current Dynamics
11%
Computer Science
tactile display
100%
Actuator
33%
Computer Interface
22%
Small Interval
22%
Response Time
11%
Cell Phone
11%
Tangential Force
11%
Aliasing
11%
Vertical Direction
11%
Shape Recognition
11%
Computer Screen
11%
Edge Enhancement
11%
Physics
Actuator
100%
Flat Surface
33%