Lectures:
1. Introduction to biometric systems
2. Theory of audio and image information processing for biometric systems
3. 2. Performance evaluation of biometric systems
4. Fingerprint recognition (dactyloscopy, general principles)
5. Fingerprint recognition (synthetic generation, diseases, PAD)
6. Recognition by hand shape, vascular structure of the hand and fingers, nail structure
7. Facial recognition (2D, 3D and thermal images)
8. Recognition by iris and retina of the eye
9. handwriting and signature recognition
10. Behavioural biometric features
11. Biometric standards
12. Forensic biometric examination
13. Atypical biometric systems
Laboratories:
1. Working with sensors (SDK)
2. Creating a biometric database - rules and procedure
3. Performance evaluation of selected biometric systems
4. Fingerprints and dactyloscopy
5. Fingerprints and their generation, detection of presentation attacks
6. Vasculature sensing and recognition
7. 2D, 3D and thermal face
8. Retina and iris
9. Handwriting, signature and forgery
10. Keystroke and gait dynamics
11. 2D and 3D hand shape
12. Forensic examination
13. Nail structure and ear shape
Projects:
The exact assignment will be specified at the beginning of each semester according to the current state of the equipment and the research and development being conducted. It will be possible to choose from lecture content, especially fingerprints, face, vascular structure, eye characteristics, behavioral characteristics, etc.
1. Introduction to biometric systems
2. Theory of audio and image information processing for biometric systems
3. 2. Performance evaluation of biometric systems
4. Fingerprint recognition (dactyloscopy, general principles)
5. Fingerprint recognition (synthetic generation, diseases, PAD)
6. Recognition by hand shape, vascular structure of the hand and fingers, nail structure
7. Facial recognition (2D, 3D and thermal images)
8. Recognition by iris and retina of the eye
9. handwriting and signature recognition
10. Behavioural biometric features
11. Biometric standards
12. Forensic biometric examination
13. Atypical biometric systems
Laboratories:
1. Working with sensors (SDK)
2. Creating a biometric database - rules and procedure
3. Performance evaluation of selected biometric systems
4. Fingerprints and dactyloscopy
5. Fingerprints and their generation, detection of presentation attacks
6. Vasculature sensing and recognition
7. 2D, 3D and thermal face
8. Retina and iris
9. Handwriting, signature and forgery
10. Keystroke and gait dynamics
11. 2D and 3D hand shape
12. Forensic examination
13. Nail structure and ear shape
Projects:
The exact assignment will be specified at the beginning of each semester according to the current state of the equipment and the research and development being conducted. It will be possible to choose from lecture content, especially fingerprints, face, vascular structure, eye characteristics, behavioral characteristics, etc.