GENDER IDENTIFICATION SYSTEM FOR CRIME SCENCE ANALYSIS USING FINGERPRINTS

Gender identification or classification is a challenging task in computer vision as the biometrics of male and female such as fingerprints, face, vein have many variations. Among the various biometrics, fingerprints are commonly available in a crime scene. In this, study, gender identification syste...

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Main Author: Jaison B
Format: Article
Language:English
Published: XLESCIENCE 2017-12-01
Series:International Journal of Advances in Signal and Image Sciences
Subjects:
Online Access:https://xlescience.org/index.php/IJASIS/article/view/23
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author Jaison B
author_facet Jaison B
author_sort Jaison B
collection DOAJ
description Gender identification or classification is a challenging task in computer vision as the biometrics of male and female such as fingerprints, face, vein have many variations. Among the various biometrics, fingerprints are commonly available in a crime scene. In this, study, gender identification system for crime scene analysis using fingerprints is presented. Initially, the fingerprints are de-noised by median filter and Otsu thresholding is employed to binarize the fingerprints in the preprocessing stage. Then, the features are extracted by Box-Cox transformation method. Finally, the classification is made by logistic regression classifier. A better classification accuracy of 96% is achieved by the gender identification system using Box-Cox transformation and logistic regression classifier.
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spelling doaj.art-d5bc0ef8980b4e4794390a2f76e92a082022-12-22T02:23:10ZengXLESCIENCEInternational Journal of Advances in Signal and Image Sciences2457-03702017-12-01321710.29284/ijasis.3.2.2017.1-723GENDER IDENTIFICATION SYSTEM FOR CRIME SCENCE ANALYSIS USING FINGERPRINTSJaison BGender identification or classification is a challenging task in computer vision as the biometrics of male and female such as fingerprints, face, vein have many variations. Among the various biometrics, fingerprints are commonly available in a crime scene. In this, study, gender identification system for crime scene analysis using fingerprints is presented. Initially, the fingerprints are de-noised by median filter and Otsu thresholding is employed to binarize the fingerprints in the preprocessing stage. Then, the features are extracted by Box-Cox transformation method. Finally, the classification is made by logistic regression classifier. A better classification accuracy of 96% is achieved by the gender identification system using Box-Cox transformation and logistic regression classifier.https://xlescience.org/index.php/IJASIS/article/view/23fingerprints, gender identification, box-cox transformation, logistic regression classifier
spellingShingle Jaison B
GENDER IDENTIFICATION SYSTEM FOR CRIME SCENCE ANALYSIS USING FINGERPRINTS
International Journal of Advances in Signal and Image Sciences
fingerprints, gender identification, box-cox transformation, logistic regression classifier
title GENDER IDENTIFICATION SYSTEM FOR CRIME SCENCE ANALYSIS USING FINGERPRINTS
title_full GENDER IDENTIFICATION SYSTEM FOR CRIME SCENCE ANALYSIS USING FINGERPRINTS
title_fullStr GENDER IDENTIFICATION SYSTEM FOR CRIME SCENCE ANALYSIS USING FINGERPRINTS
title_full_unstemmed GENDER IDENTIFICATION SYSTEM FOR CRIME SCENCE ANALYSIS USING FINGERPRINTS
title_short GENDER IDENTIFICATION SYSTEM FOR CRIME SCENCE ANALYSIS USING FINGERPRINTS
title_sort gender identification system for crime scence analysis using fingerprints
topic fingerprints, gender identification, box-cox transformation, logistic regression classifier
url https://xlescience.org/index.php/IJASIS/article/view/23
work_keys_str_mv AT jaisonb genderidentificationsystemforcrimescenceanalysisusingfingerprints