Difference between revisions of "Chemical Sensors Fall 2011"
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According to recent biology literature, Mustelus canis sharks localize odors based on the time delay between olfactory signals detected by each of their nares. We intend to develop a robotic system that localizes odor sources from time delays between signals sensed by chemical sensors. Specifically, we will use an array containing a 5x2 electrode array, i.e., and electrode array consisting of two chemical "noses" with 5 "nostrils" each to track the direction of propagation of chemical vapors. | According to recent biology literature, Mustelus canis sharks localize odors based on the time delay between olfactory signals detected by each of their nares. We intend to develop a robotic system that localizes odor sources from time delays between signals sensed by chemical sensors. Specifically, we will use an array containing a 5x2 electrode array, i.e., and electrode array consisting of two chemical "noses" with 5 "nostrils" each to track the direction of propagation of chemical vapors. | ||
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Latest revision as of 16:19, 31 October 2011
Abstract:
According to recent biology literature, Mustelus canis sharks localize odors based on the time delay between olfactory signals detected by each of their nares. We intend to develop a robotic system that localizes odor sources from time delays between signals sensed by chemical sensors. Specifically, we will use an array containing a 5x2 electrode array, i.e., and electrode array consisting of two chemical "noses" with 5 "nostrils" each to track the direction of propagation of chemical vapors.
To be continued...
