- Biometría Bioseñales y Seguridad
Biometría Bioseñales y Seguridad
Biometrics Research Lines cover design of bio-metric identification systems (monomode and multimode techniques security evaluation and life subject detection). Stress detection systems by means of physiological signals. Analysis and detection of bio-markers in human scent for medical and bio-metric applications. Public key cipher (elliptical and hipper-elliptical curve, secure protocols for cipher and signature). Cripto-biometry specially based in iris and fingerprint geometry. Computer security. Medical imaging analysis.
Biometrics: This research line covers topics related to iris biometrics (considering not only identification but also template falsification, fake iris images creation),hand geometry oriented to mobile devices, in-air signature based on accelerometers also oriented to mobile devices, gait and face recognition.
In general, our research lines are focused on applying biometrics to mobile devices in order to increase the security in daily applications.
Biosignals: In addition, our interests cover topics related to stress detection in order to improve Human-Computer Interaction (HCI), providing more security to biometric systems together with the health management in individuals. On the other hand, within this research line we present the biometric technique based on human odour, of great interest in airports, borders and explosive detections.
Security: The research line related to security covers topics oriented to cryptography and their applications. As a result, security rises our interest on cryptobiometrics (the possibility of combining efficiently cryptography and biometrics). Finally, our experience on risk analysis.
For further information see our web.
THESEUS project of the Biometrics Biosignals and Security group of CeDInt awarded in the 14th edition of Actua UPM
Dissertation of final project: “Study and implementation of image segmentation methods aplied to iris and hand geometry biometrics"
MOBIAM makes mobility information accurate, continuous and multi-modal, dramatically improving solutions based on surveys and reducing the cost; creating a comprehensive...
APPARCCO reduce emissions and congestion of cities through a political price dynamics surface parking, which are users informed before the start of its journey through an app, a...
La gestión del tráfico está asistiendo al comienzo de un cambio de paradigma. No sólo debido a la presencia de nuevas tecnologías como sistemas de identificación automática de...
La gestión del tráfico es un aspecto fundamental para las ciudades. Una óptima gestión del tráfico asegura la eficiencia reduciendo el consumo energético, la emisión de gases de...
PCAS aims at providing an innovative, trustworthy, handheld device. The Secured Personal Device (SPD) will allow users to securely store their data, to share it with trusted...
Cyber Defence Research Agenda
|Identification and Mitigation of Threats Affecting Critical Information Infrastructure||
Consulting services in the area of Identification and Mitigation of Threats Affecting Critical Information Infrastructure
Transfer time calculation and optimization by wireless adquisition and traffic conditions estimation
Clasification of ocupants by gait Piezoelectric measure for management and security
Hibrid system for remote stress detection and personal localization both indoors and outdoors
Olfative analysis of human cancer both live and in-vitro
Cancer diagnostics from olfative and odor techniques.
Odour component extraction and analysis for explosive detection.
Nowadays, chindren share their private data in social networks with little or no precaution. Moreover, children do not state their real age in Social Networks, given that they...
Creación de un sistema de identificación de personas basado en su olor corporal aplicado a sistemas de seguridad.
El proyecto SEGUR@, que cuenta con un presupuesto de más de 31 millones de euros, tiene como objetivo generar un marco de confianza y seguridad para el uso de las TIC en la e-...