Course contents at a glance
The term
biometrics is derived from the Greek words
bios (life) and
métron (measure).
Biometrics refers to the study and use of methods to detect and measure the characteristics of living organisms and draw comparative classifications and laws.
Biometrics finds applications in biology, medicine, genetics, in the agricultural and forestry sciences, environmental science and other related fields.
The modern meaning of the term
biometrics used in Computer Science, and consequently of the term
biometric system, explicitly mainly refers to the automatic
identification or
verification of the identity of a person based on physical or behavioral characteristics.
The course provides basic knowledge and skills necessary for the design and development of automated systems for the recognition of people on the based biometric features.
Important note:
Proficiency in programming is required to be able to carry out the final project
The course at a glance
Introduction to biometric systems
Performance evaluation
Reliability of recognition results
Face detection
Face recognition 2D and 3D
Ear recognition
Iris recognition
Basics on fingerprints recognition
Other biometrics
Multibiometric systems
Reference stuff
A.K. Jain, P. Flynn, A.A. Ross, Handbook of Biometrics, Springer, 2008.
H. Wechsler, Reliable Face Recognition Methods: System Design, Implementation and Evaluation, Springer, 2007.
A.Ross, K. Nandakumar; A.K. Jain. Handbook of Multibiometrics. Springer, 2006
Course slides
(Notice that each "lesson" below spans more classes)
Lesson 0 - Course Presentation
Lesson 1 - Introduction to Biometric Systems
Lesson 2 - Performance Evaluation
Lesson 2bis - More on performance evaluation - version updated on 13 of October
Lesson 3 - Response reliability
Lesson 4 - Introduction to face biometrics and to face localization
Lesson 5 - Face localization: two example approaches
Lesson 6 - Face recognition in 2D
Lesson 7 - Face recognition in 3D
Lesson 8 - Face recognition: evaluation
Lesson 9 - Ear recognition
Lesson 10 - Iris recognition:
Lesson 11 - Fingerprint recognition
Lesson 12 - Multibiometric systems
Lesson 13 - Example Solutions (what my group works on)