Errata: Multimodal biometric method that combines veins, prints, and shape of a finger

Multimodal Biometric Recognition Based on Fusion of Low Resolution Face and Finger Veins

Multimodal biometric systems utilize multiple biometric sources in order to increase robustness as compared to single biometric system. Most of the biometric systems in real are single or multimodal authentication system. This paper presents an efficient multimodal low resolution face and finger veins biometric recognition system based on class specific liner discriminant to client specific dis...

A New Method of Finger Veins Detection

This paper deals with a new approach for detection of finger veins. The method is split into four subsequent steps. The first of them consists of basic series of image filtering of the vein pattern and the other three are sequences of image filters for determination of the finger contour used for the background masking. At the end the finger veins with finger contour are extracted and sent to t...

Precise Multimodal Biometric Fusion Method

The term “biometrics” is originated from the Greek word “bio” which means life and the word “metric” which means to measure. Biometrics encompasses a wide range of physiological and behavioral measurements [1]. It includes, but not limited to, DNA matching, face recognition, iris recognition, fingerprints, voice verification, hand geometry identification, hand written material, signatures and b...

A new scattering method that combines roughness and diffraction effects

Most of today’s room acoustics programs make use of scattering coefficients which are used in order to describe surface scattering (roughness of material) and scattering of reflected sound caused by limited surface size (diffraction). A method which combines scattering caused by diffraction due to typical surface dimensions, angle of incidence and incident path length with surface scattering is...

Racial Differences in Finger-Prints