Biometrics refers to the science of recognizing individuals based on their physical, physiological or behavioral traits such as face, fingerprints, iris, gait and voice etc. In last few decades, a number of biometric solutions are incorporated in various access control and identity management applications, such as laptops and border control systems. Human identification methods based on credentials, such as identification documents and PIN, cannot meet the growing demand for security in applications such as ID cards, border crossings, and access control. As a result, recognition methods based on physiological and behavioral characteristics are increasingly adopted to enforce person identification applications. However, biometric systems that are based on a single trait often suffer from limitations such as lack of invariant representation, non-universality, noisy sensor data, lack of individuality of the biometric trait and susceptibility to circumvention. There are still several challenging problems in improving the accuracy, robustness, efficiency, security, privacy and ergonomics of multibiometric systems.
Topics include but are not limited to:
Biometric Technologies: face, fingerprint, DNA, ear, hand, handwriting, gait, gesture, iris, ocular,handprint/footprint, vascular, voice, other modalities, multi-modalities, soft biometrics, and novel sensing technologies.
Biometric System Designs & Standards: anti-spoofing, cancelable template and protection, encryption, largescale identification and big data, mobile and remote biometrics, security and privacy, smart card,standardization, template selection and update.
Biometric Applications: border and access control, civil registry, e-payment, forensics, law enforcement, health care, mobile and internet, social networking.
Biometric Evaluations: aging effects, confidence interval estimation, databases, environment impacts,performance modeling and prediction, protocol and benchmarking, social impacts, and usability studies.
Multibiometrics: New data sensing technologies for multibiometrics and mobile-biometrics; Data preprocessing,template update, feature extraction, recognition, and matching techniques for multibiometric and mobile-biometric systems; Cloud-based solutions for multibiometrics and mobile-biometrics
Biometrics Databases: Establishing new public databases for biometrics and mobile-biometrics
CAD designs for clinical applications
Performance evaluation of CAD systems for clinical applications
Medical and biological imaging
Multi-dimensional microscopy imaging
Image processing for biological systems
Medical images filtering, restoration and segmentation
Image representation and analysis
Medical image texture analysis
Feature extraction and image description
Medical image quality assessment
Artificial intelligence and evolutionary based image processing
10月17日
2017
10月19日
2017
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