Mukhaiyar, Riki (2018) Generating a Cancellable Fingerprint using Matrices Operations and Its Fingerprint Processing Requirements. Asian Social Science, 14 (6). pp. 120. ISSN 19112017, EISSN 19112025

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Abstract
Cancellable fingerprint uses transformed or intentionally distorted biometric data instead of the original biometric data for identifying person. When a set of biometric data is found to be compromised, they can be discarded, and a new set of biometric data can be regenerated. This initial principal is identical with a noninvertible concept in matrices operations. In matrix domain, a matrix cannot be transformed into its original form if it meets several requirements such as nonsquare form matrix, consist of one zero row/column, and no row as multiple of another row. These conditions can be acquired by implementing three matrix operations using Kronecker Product (KP) operation, Elementary Row Operation (ERO), and Inverse Matrix (INV) operation. KP is useful to produce a nonsquare form matrix, to enlarge the size of matrix, to distinguish and disguise the element of matrix by multiplying each of elements of the matrix with a particular matrix. ERO can be defined as multiplication and addition force to matrix rows. INV is utilized to transform one matrix to another one with a different element or form as a reciprocal matrix of the original. These three matrix operations should be implemented together in generating the cancellable feature to robust image. So, if once three conditions are met by imposter, it is impossible to find the original image of the fingerprint. The initial aim of these operations is to camouflage the original look of the fingerprint feature into an abstractlook to deceive an unauthorized personal using the fingerprint irresponsibly. In this research, several fingerprint processing steps such as fingerprint preprocessing, corepoint identification, region of interest, minutiae extration, etc; are determined to improve the quality of the cancellable feature. Three different databases i.e. FVC2002, FVC2004, and BRC are utilized in this work.
Item Type:  Article 

Subjects:  T Technology > GT Technology (general) 
Divisions:  Fakultas Teknik > Teknik Elektro  D3 
Depositing User:  Mrs. Wiwi Sartika 
Date Deposited:  10 Aug 2018 07:48 
Last Modified:  13 Aug 2018 06:49 
URI:  http://repository.unp.ac.id/id/eprint/15864 
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