Publication: Soluciones match-on-device y processing-on-device en sistemas móviles
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2013-06-20
Defense date
2013-07-04
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Abstract
La identificación biométrica está comenzando a ganarse un hueco en nuestras vidas. Cada vez son más las instituciones donde se autentica a las personas utilizando dispositivos biométricos. Su excelente tasa de reconocimiento, unido a la comodidad que ofrece al usuario, junto a su dificultad de suplantación de identidad, hacen de la identificación biométrica una opción muy atractiva a la hora de reconocer personas en el ámbito de la seguridad. Sin embargo, dado el gran número de fabricantes que existen, es necesario definir un estándar para poder compatibilizar todas las tecnologías en una sola. Nace así el estándar BioAPI.
Por otro lado, el mercado actual de telefonía se ha incrementado vertiginosamente con la llegada de los teléfonos móviles conocidos como “smartphones”. Estos dispositivos se han convertido en herramientas indispensables para la población, haciendo que la mayoría de personas los lleven siempre consigo. Además, posibilitan la realización de operaciones que antes sólo los ordenadores eran capaces de ejecutar.
Uniendo estos puntos anteriores, surge este Trabajo de Fin de Grado, cuyo objetivo es comprobar las propuestas al nuevo estándar BioAPI. Para verificar la compatibilidad que ofrece estas nuevas propuestas, se implementará un sistema basado en reconocimiento por huellas dactilares, formado por un ordenador y un teléfono móvil, con el requisito de que las funcionalidades biométricas se ejecuten en el dispositivo móvil.
Biometric identification is starting to make itself a space in our lives. Every day there are more institutions in which people authentication is performed using biometric devices. Its excellent recognition rates, besides the comfort that offers to the user, and its strength against identity theft, make the biometric identification a truly attractive option when comes to recognizing people in the security scope. However, due to the great number of manufacturers in the market, it is necessary to define a standard in order to make all different technologies compatible. In this context, BioAPI standard arises. On the other hand, the current telephony market has experienced a vertiginous increase with the arrival of the cell phones known as “smartphones”. These devices have become indispensable tools for most of the population, provoking that most of the people carry one with them. Furthermore, they make possible to perform operations that before could only computers can carried out. If we join up the above mentioned points, this Bachelor’s Thesis emerges, whose main objective is to check the new standard BioAPI’s approaches. To verify the compatibility of these approaches, we will implement a fingerprint recognition system, formed by a personal computer and mobile device, with the requirement of running the biometric functionalities on the mobile device.
Biometric identification is starting to make itself a space in our lives. Every day there are more institutions in which people authentication is performed using biometric devices. Its excellent recognition rates, besides the comfort that offers to the user, and its strength against identity theft, make the biometric identification a truly attractive option when comes to recognizing people in the security scope. However, due to the great number of manufacturers in the market, it is necessary to define a standard in order to make all different technologies compatible. In this context, BioAPI standard arises. On the other hand, the current telephony market has experienced a vertiginous increase with the arrival of the cell phones known as “smartphones”. These devices have become indispensable tools for most of the population, provoking that most of the people carry one with them. Furthermore, they make possible to perform operations that before could only computers can carried out. If we join up the above mentioned points, this Bachelor’s Thesis emerges, whose main objective is to check the new standard BioAPI’s approaches. To verify the compatibility of these approaches, we will implement a fingerprint recognition system, formed by a personal computer and mobile device, with the requirement of running the biometric functionalities on the mobile device.
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Biometría, Identificación biométrica, Dispositivos móviles, Estándar BioAPI, Compatibilidad, Radiocomunicación