Improvement of olfactory display using solenoid valves

Improvement of olfactory display using solenoid valves

The research on olfactory sense in virtual reality has gradually expanded even though the technology is still premature. We have developed an olfactory display composed of multiple solenoid valves. In the present study, an extended olfactory display, where 32 component odors can be blended in any re...

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Published in:2007 IEEE Virtual Reality Conference pp. 179 - 186
Main Authors: Nakamoto, T., Hai Pham Dinh Minh
Format: Conference Proceeding
Language:English
Published: IEEE 01-01-2007
Subjects:
Displays
Motion pictures
Movie with scents
Olfactory
Olfactory display
Pulse Width Modulation
QCM gas sensor
Sensor phenomena and characterization
solenoid valve
Solenoids
Space technology
Valves
Virtual environment
Virtual reality
Weight control
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Abstract The research on olfactory sense in virtual reality has gradually expanded even though the technology is still premature. We have developed an olfactory display composed of multiple solenoid valves. In the present study, an extended olfactory display, where 32 component odors can be blended in any recipe, is described; the previous version has only 8 odor components. The size was unchanged even though the number of odor components was four times larger than that in the previous display. The complexity of blending was greatly reduced because of algorithm improvement. The blending method and the fundamental experiment using a QCM (quartz crystal microbalance) sensor are described here
AbstractList The research on olfactory sense in virtual reality has gradually expanded even though the technology is still premature. We have developed an olfactory display composed of multiple solenoid valves. In the present study, an extended olfactory display, where 32 component odors can be blended in any recipe, is described; the previous version has only 8 odor components. The size was unchanged even though the number of odor components was four times larger than that in the previous display. The complexity of blending was greatly reduced because of algorithm improvement. The blending method and the fundamental experiment using a QCM (quartz crystal microbalance) sensor are described here
Author Hai Pham Dinh Minh
Nakamoto, T.
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Snippet The research on olfactory sense in virtual reality has gradually expanded even though the technology is still premature. We have developed an olfactory display...
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StartPage 179
SubjectTerms Displays
Motion pictures
Movie with scents
Olfactory
Olfactory display
Pulse Width Modulation
QCM gas sensor
Sensor phenomena and characterization
solenoid valve
Solenoids
Space technology
Valves
Virtual environment
Virtual reality
Weight control
Title Improvement of olfactory display using solenoid valves
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