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{"references": ["P.Reid \"Biometrics for Network Security\", Prentice Hall, 2004", "R. Snelick, M. Indovina, \"Multimodal biometrics: issues in desgin and\ntesting\", Proceedings of 5th International Conference on Multimodal\nInterface, pp.68-72, 2003", "S. Soviany, M Jurian \"Multimodal biometric securing methods for\ninformatics systems\", 34th International Spring Seminar on Electronics\nTechnology (ISSE2011), Slovakia, 11-15 May 2011", "R Polikar, \"Pattern recognition\" Wiley Encyclopedia of BioMedical\nEngineering, 2006", "A.K..Jain \u00d4\u00c7\u00d7An Introduction to Biometric Recognition, IEEE Transaction\non Circuits and Systems for Video Technology\", Special Issue on\nImage- and Video-Based Biometrics, vol. 14, no. 1, 2004", "A.K.Jain, R.P.W.Duin, J.Mao \"Statistical Pattern Recognition: A\nReview\", in IEEE Transactions on Pattern Analysis and Machine\nIntellingence, vol. 22, No.1, January 2000", "S.Soviany, M.Jurian, R. Dragomir, S. Puscoci \"Securing Medical\nDatabases Access by Mixed Authentication Methods\", Proceeding of the\n2nd International Conference on e-Health and Bioengineering, Romania,\n2009", "S.Soviany, M.Jurian, S.Puscoci \"Decision Optimization Criteria in\nMultimodal Biometric Systems\", Proceeding of ECAI 2011-\nInternational Conference on Electronics, Computers and Artificial\nIntellingence, Rom\u251c\u00f3nia, July 2011"]}
The paper presents a multimodal approach for biometric authentication, based on multiple classifiers. The proposed solution uses a post-classification biometric fusion method in which the biometric data classifiers outputs are combined in order to improve the overall biometric system performance by decreasing the classification error rates. The paper shows also the biometric recognition task improvement by means of a carefully feature selection, as much as not all of the feature vectors components support the accuracy improvement.
multiple classifiers, biometric fusion
multiple classifiers, biometric fusion
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