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Reducing dense local feature key-points for faster iris recognition.

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Title: Reducing dense local feature key-points for faster iris recognition.
Authors: Sahu, Beeren1 beeren4u@gmail.com, Kumar Sa, Pankaj1 pankajksa@nitrkl.ac.in, Bakshi, Sambit1 bakshisambit@nitrkl.ac.in, Sangaiah, Arun Kumar2 sarunkumar@vit.ac.in
Source: Computers & Electrical Engineering. Aug2018, Vol. 70, p939-949. 11p.
Subjects: Iris recognition, Biometry, Databases, Feature extraction, Imaging systems
Abstract: Abstract Iris recognition has gained much attention in research and commercialization during the last decade. For a large population, the matching time of iris biometric system is much slower than the requirement. More the enrolled population size, higher the identification delay. To combat the delay without compromising accuracy of the system, the proposed method introduces a density-based spatial clustering and key point reduction to be applied on Phase Intensive Local Pattern (PILP) based dense feature extracted from the image. The reduction technique can also work with other dense local features. The reduction method is investigated whether it harms the accuracy of iris biometric system with respect to PILP. Widely used databases: BATH and CASIAv3 are used for experimentation. The technique is found successful in reducing representative key-points, thereby speeding up the match time up to five times. This improvement in 1:1 match-time is significant, and becomes more meaningful in identification for a large population. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
Description
Abstract:Abstract Iris recognition has gained much attention in research and commercialization during the last decade. For a large population, the matching time of iris biometric system is much slower than the requirement. More the enrolled population size, higher the identification delay. To combat the delay without compromising accuracy of the system, the proposed method introduces a density-based spatial clustering and key point reduction to be applied on Phase Intensive Local Pattern (PILP) based dense feature extracted from the image. The reduction technique can also work with other dense local features. The reduction method is investigated whether it harms the accuracy of iris biometric system with respect to PILP. Widely used databases: BATH and CASIAv3 are used for experimentation. The technique is found successful in reducing representative key-points, thereby speeding up the match time up to five times. This improvement in 1:1 match-time is significant, and becomes more meaningful in identification for a large population. [ABSTRACT FROM AUTHOR]
ISSN:00457906
DOI:10.1016/j.compeleceng.2017.12.048