Open Access Journal of Engineering Applications
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Towards Fingerprint Identification

Ashraful Schmidt Corresponding
NED University of Engineering and Technology
Maria Schmidt
Jadavpur University
Layla Sharma
NED University of Engineering and Technology
30 Sep 1999
pp. 626-654
https://doi.org/10.55555/oajea.1999.2302.033

Abstract

Despite decades of study, the behaviour of fingerprint identification under realistic loading conditions is still imperfectly understood. Measurements were taken under both steady and transient regimes and processed by radial basis function networks. Peak values were overestimated by the classical approach by as much as 34%. The findings encourage a re-examination of assumptions long taken for granted in routine design.
Keywords: fingerprint identificationradial basis function networksgenetic algorithmpower system stability

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