首页> 外文期刊>International Journal of Computer science and engineering Survey (IJCSES) >FACE AND FINGERPRINT FUSION SYSTEM FORIDENTITY AUTHENTICATION USING FUSIONCLASSIFIERS
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FACE AND FINGERPRINT FUSION SYSTEM FORIDENTITY AUTHENTICATION USING FUSIONCLASSIFIERS

机译:使用融合分类器的人脸和指纹融合系统身份认证

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In this work, we propose a feature level fusion and decision level fusion of face and fingerprintfor designing a multimodal biometric system. Initially, Gabor and Scale Invariant FeatureTransform features are extracted for both offline face and fingerprint of a person and studied theidentification accuracy. Later the fusion of the biometric traits is recommended at feature levelusing all possible combinations of feature vectors. The possible combination of features is fedinto fusion classifier of K-Nearest Neighbour(KNN), Support Vector Machine (SVM), NavieBayes(NB) and Radial Basis Function(RBF). The best combination of feature vectors and fusionclassifiers is identified for the proposed multimodal biometric system. Experiments areconducted on Face database and fingerprint database to assess the actualadvantage of the fusionof these biometric traits, in comparison to the unimodal biometric system. Experimental resultsreveal that fusion combination outperforms individual.
机译:在这项工作中,我们提出了面部和指纹的特征级融合和决策级融合,以设计多模式生物识别系统。最初,针对人的离线脸部和指纹提取Gabor和Scale Invariant FeatureTransform特征,并研究其识别精度。稍后,建议使用特征向量的所有可能组合在特征级别融合生物特征。功能的可能组合被馈入K最近邻(KNN),支持向量机(SVM),NavieBayes(NB)和径向基函数(RBF)的融合分类器。对于拟议的多峰生物识别系统,特征向量和融合分类器的最佳组合已被确定。与单峰生物特征系统相比,在人脸数据库和指纹数据库上进行了实验,以评估融合这些生物特征的实际优势。实验结果表明,融合组合的性能优于单个组合。

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