Start Date: 2014-04-10 End Date: 2016-04-10
• Approaches, methods and algorithms were created in order to increase the reliability of identification of a person in large-scale biometric systems based on dactyloscopy, to increase the speed of the system and to improve ergonomics.
• Methods were developed to ensure the resilience of a large-scale biometric election system to tampering.
• A new architecture of a large-scale biometric electoral system resistant to forgery, pilot implementation and analysis of the results were developed.