Bioelectric noses: a status report.

hei,

bare litt litt. for =E5 stimulere innovasjons- og nyskapnings synapsene =
:)

http://www.sciencedirect.com/science?_ob=3DMImg&_imagekey=3DB6TFC-3V5B0C=
6-6-1C&_
cdi=3D5223&_orig=3Dbrowse&_coverDate=3D03%2F31%2F1998&_sk=3D999869994&wc=
hp=3DdGLbVzb-l
SzBk&_acct=3DC000052137&_version=3D1&_userid=3D1252442&md5=3D1204fe0978e=
59577db669bf
579b3912b&ie=3Df.pdf

abstract:

MEDLINE=AE=20
Bioelectronic noses: a status report. Part II=20
Ziegler, C; G=F6pel, W; H=E4mmerle, H; Hatt, H; Jung, G; Laxhuber, L; =
Schmidt, H
L; Sch=FCtz, S; V=F6gtle, F; Zell, A=20

Universit=E4t T=FCbingen, Institut f=FCr Physikalische und Theoretische =
Chemie,
T=FCbingen, Germany=20


Abstract
The present state of the art to record or to mimic electronically the =
human
senses of olfaction and taste is characterized. In this part II, =
strategies
are outlined to utilize chemical and biological structures with their
different complexities which serve as sensor elements in (bio-) =
electronic
noses. Finally a survey is given on the computer-science aspects of =
odor
recognition based on these elements. [Journal Article, Review, Review,
Tutorial; 166 Refs; In English; England]=20

Citation Subset Indicators: Index Medicus=20

MeSH Terms: Animal; * Biosensing Techniques; Electrochemistry; Human; =
Neural
Networks (Computer); * Odors=20



TA

--=20
Thor Anders Aarhaug
http://www.sintef.no/units/chem/inorganic/profiles/taarhaug/
http://www.sintef.no/projects/sensor/