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- Use fractional calculus in iris localization - IEEE Xplore
Abstract: Iris localization is one of the most important steps in iris recognition system and determines the accuracy of matching In this paper, a new method for iris localization is proposed
- A new approach for iris localization in iris recognition systems
We have solved some of the most important drawbacks of the current methods using a pointwise level set algorithm, which detects the precise location of the iris by a stepwise deformation of an initial contour
- ICCCAS History
in progress
- Zhenquan Zhuangs research while affiliated with University of . . .
This paper investigates some factors possibly disturbing iris localization in an iris image operated by the localizing pre-processing, and gives an optimal localization method from a new
- Sci-Hub | Use fractional calculus in iris localization. 2008 . . .
Lu, J , Xie, M (2008) Use fractional calculus in iris localization 2008 International Conference on Communications, Circuits and Systems doi:10 1109 icccas 2008 4657925
- Yi-Fei PU | Full Professor, Doctoral Supervisor - ResearchGate
In this paper, based on fractional calculus, the fractional-order memristor, an arbitrary-order fracmemristor, is proposed to be implemented in the form of a lattice scaling analog circuit
- Sci-Hub | Chaos in the fractional order Mackey-Glass system. 2008 . . .
Dongping Wang, Juebang Yu (2008) Chaos in the fractional order Mackey-Glass system 2008 International Conference on Communications, Circuits and Systems doi:10 1109 icccas 2008 4657855
- Use fractional calculus in iris localization - ResearchGate
Iris localization is one of the most important steps in iris recognition system and determines the accuracy of matching In this paper, a new method for iris localization is proposed
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