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This paper investigates a new biometric system based on texture of the hand knuckles. The texture pattern produced by the finger knuckle bending is highly ...
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This paper investigates a new biometric system based on texture of the hand knuckles. The texture pattern produced by the finger knuckle bending is highly ...
We present a novel approach for personal identification and identity verification which utilizes 3D finger surface features as a biometric identifier.
This paper investigates a new biometric system based on texture of the hand knuckles. The texture pattern produced by the finger knuckle bending is highly ...
Compared with the other existing finger-back surface based biometric systems, the introduced FKP system achieves much higher recognition rate and it works in ...
This paper proposes a new method for personal authentication using Finger Back Knuckle Surface (FBKS), as a biometric identifier. The block diagram of the ...
The image pattern formation from the finger-knuckle bending is highly unique and makes this surface a distinctive biometric identifier.
Abstract—The texture pattern produced by the finger knuckle bending is highly unique and makes the surface a distinctive biometric identifier.
This model is based on angular geometric analysis which is implemented on two different samples of Finger Back Knuckle Surface such as Finger Bend Knuckle ...
Abstract — Biometric based personal recognition is an efficient method for identifying a person. Recently, hand based biometric has become popular due to ...