MARC 主機 00000nam 2200373 4500
001 AAI1495561
005 20121001103330.5
008 121001s2011 ||||||||||||||||| ||eng d
020 9781124737447
035 (UMI)AAI1495561
040 UMI|cUMI
100 1 Jagapathi, Rajendarreddy
245 10 Increased accuracy & security of fingerprint recognition
system using high-boost fusion of polarization-encoded
patterns
300 97 p
500 Source: Masters Abstracts International, Volume: 49-06,
page: 3964
500 Adviser: Salim A. Alsharif
502 Thesis (M.S.E.E.)--University of South Alabama, 2011
520 Fingerprint recognition is one of the first techniques
used for automatically identifying people and today it is
still one of the most popular and effective biometric
techniques. With this increase in fingerprint biometric,
issues related to accuracy, security and processing time
are major challenges facing the fingerprint recognition
systems. To make fingerprint recognition systems secure
and accurate, several approaches have been investigated in
the literature
520 Previous work has shown that polarization enhancement of
fingerprint patterns increase accuracy and security of
fingerprint systems. Furthermore it was shown previously
that unpolarized fingerprint images require digital
enhancements to yield acceptable accuracy levels
520 This Thesis focused on fusing unpolarized and polarized-
encoded fingerprint patterns to increase the accuracy and
security of fingerprint systems. I proposed a new high
boost fusion technique to fuse unpolarized and polarized
encoded fingerprint patterns with different proportion. It
is shown that this approach yields more accurate and
secure results compared to polarized and unpolarized
fingerprint identification and verification processes
590 School code: 0491
650 4 Engineering, Computer
650 4 Engineering, Electronics and Electrical
690 0464
690 0544
710 2 University of South Alabama.|bCollege of Engineering
773 0 |tMasters Abstracts International|g49-06
856 40 |uhttp://pqdd.sinica.edu.tw/twdaoapp/servlet/
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