Contactless biometric recognition performed using three-dimensional fingerprint models has the advantages of reducing problems related to the deformations of the skin, dust on the sensor, and spoofing of latent fingerprints. Moreover, the fingerprint area usable for the recognition is wider than the one captured by traditional contact-based acquisition techniques
In this study we show that by the current state-of-the-art syntheti-cally generated fingerprints can...
Human fingers are 3D objects. More information will be provided if three dimensional (3D) fingerprin...
Traditional biometric systems based on the fingerprint characteristics acquire the biometric samples...
Three-dimensional models of fingerprints obtained from contactless acquisitions have the advantages ...
Touchless fingerprint recognition systems do not require contact of the finger with any acquisition ...
Abstract—One of the critical factors prior to deployment of any large scale biometric system is to h...
Significant efforts are continuously being made in designing new fingerprint recognition algorithms ...
One of the fields that still today remains largely unexplored in biometrics is 3D fingerprint recogn...
The fingerprint is one of the most important biometrics, with many acquisition methods developed ove...
Offering the first comprehensive analysis of touchless fingerprint-recognition technologies, Touchle...
In order to avail the benefits of higher user convenience, hygiene, and improved accuracy, contact l...
Traditional fingerprint recognition systems require that the users touch a sensor to perform biometr...
The paper studies a 3D fingerprint reconstruction technique based on multi-view touchless fingerprin...
This paper introduces a new technology of non-contact 3D fingerprint capture and processing for high...
The purpose of this paper is to describe the development and performance tests of a contact-free fin...
In this study we show that by the current state-of-the-art syntheti-cally generated fingerprints can...
Human fingers are 3D objects. More information will be provided if three dimensional (3D) fingerprin...
Traditional biometric systems based on the fingerprint characteristics acquire the biometric samples...
Three-dimensional models of fingerprints obtained from contactless acquisitions have the advantages ...
Touchless fingerprint recognition systems do not require contact of the finger with any acquisition ...
Abstract—One of the critical factors prior to deployment of any large scale biometric system is to h...
Significant efforts are continuously being made in designing new fingerprint recognition algorithms ...
One of the fields that still today remains largely unexplored in biometrics is 3D fingerprint recogn...
The fingerprint is one of the most important biometrics, with many acquisition methods developed ove...
Offering the first comprehensive analysis of touchless fingerprint-recognition technologies, Touchle...
In order to avail the benefits of higher user convenience, hygiene, and improved accuracy, contact l...
Traditional fingerprint recognition systems require that the users touch a sensor to perform biometr...
The paper studies a 3D fingerprint reconstruction technique based on multi-view touchless fingerprin...
This paper introduces a new technology of non-contact 3D fingerprint capture and processing for high...
The purpose of this paper is to describe the development and performance tests of a contact-free fin...
In this study we show that by the current state-of-the-art syntheti-cally generated fingerprints can...
Human fingers are 3D objects. More information will be provided if three dimensional (3D) fingerprin...
Traditional biometric systems based on the fingerprint characteristics acquire the biometric samples...