Hana Talandova’s research while affiliated with Tomas Bata University in Zlín and other places

The biometric identification by face is among one of the most widely used methods of biometric identification. Due to it provides a faster and more accurate identification; it was implemented into area of security 3D face reader by Broadway manufacturer was used to measure. It is equipped with the 3D camera system, which uses the method of structured light scanning and saves the template into the 3D model of face. The obtained data were evaluated by software Turnstile Enrolment Application (TEA). The measurements were used 3D face reader the Broadway 3D. First, the person was scanned and stored in the database. Thereafter person has already been compared with the stored template in the database for each method. Finally, a measure of reliability was evaluated for the Broadway 3D face reader.

The begin of this article is about biometric systems. Where writers tried to describe the basic division of Biometric systems. Following part of article will be focused on sensors issues. Where are given simple labels of scanners and 3D scanners. The next part of this article showing description of scanner usage in biometric systems (face identification, finger print, etc…). This article is focused on understanding of biometric scanning.

The biometric identification by the face is one of the oldest biometric identification. With increasing progress has been using of identification by the face was implemented into area of security, where it provides a faster and more accurate identification. The 3D face reader uses for the identification of the person: eyes, mouth, nose, and in contrast to 2D readers also chin and cheeks. 3D face reader by Broadway manufacturer was used to measure the physiological similarities of family members. It is equipped with the 3D camera system, which uses the method of structured light scanning and saves the template into the 3D model of face. The obtained data were evaluated by software Turnstile Enrolment Application (TEA). The participants of the measurement were members of three different families. Each person was compared with the previously saved templates of other family members. On basis of this fact was evaluated the similarity of family members.

The biometric identification by the face is one of the oldest biometric identification. With increasing progress in the area of identification by the face this technique was implemented into area of security, where it provides a faster and more accurate identification. The 3D face reader uses for the identification of the person: eyes, mouth, nose, and in contrast to 2D readers also chin and cheeks. 3D face reader by Broadway manufacturer was used to measure the physiological similarities of family members. It is equipped with the 3D camera system, which uses the method of structured light scanning and saves the template into the 3D model of face. The obtained data were evaluated by software Turnstile Enrolment Application (TEA). The participants of the measurement were members of three different families. Each person was compared with the previously saved templates of other family members. Using this method the similarity of family members was evalua00ted.

This paper discusses the use of the scanner MorphoSmart Finger VP for comparison of the similarity between fingerprints of family members. The paper is divided into four sections. The first two sections are focused on introducing the biometrics as a complex and then explain one of the most spread biometric identification method - fingerprints. The next section describes the use of a fingerprint scanner and determining its error rate. In the last part of the paper is described an experiment which compares the similarity of the fingerprints between family members with subsequent evaluation of these results.

This paper deals with the similarity of fingerprints of family members. The paper is divided into two parts, the first part introduces biometrics, then the oldest methods of biometric identification, which are fingerprints. The second part describes the experiment, which compared the similarity of fingerprints of family members and subsequent evaluation of the results obtained during the experiment.