Análisis, Diseño e Implementación de un Prototipo Multimodal Utilizando la Tecnología 6LOWPAN y Sensores Biométricos para un Sistema de Control y Registro del Personal.

Abstract

It analyzed and implemented a prototype through the use of multimodal technology 6LoWPAN and biometric sensors for a monitoring and recording system of staff. To carry out this research, it identified the variables that worked with instruments of personal record, office, industrial, etc. The communication process developed through a wireless communication protocol, whose standard is based on 6LoWPAN that defines the physical level of the Institute of Electrical and Electronics Engineers (IEEE.802.15.4), with low energy consumption in which the various devices will be connected to the internet with address of 128 bits; being considered like the Internet of things, that allow to connect remotely with the coordinator or Gateway from anywhere in the world, and the work performed of a fingerprint sensor that captures a unique pattern of each individual to be identified safely. For the design and implementation of prototype, it used an end node and gateway based on Arduino Mega 2560 that are open source devices. They send information to the database made in the System Operational Database (MySQL). The results indicated that the system gave a percentage of 100% of effectiveness in relation with no remote devices installed in companies and institutions. It concludes that, it is possible to have better control of personal with 6LoWPAN technology without being physically present, obtaining a reliable real-time of recording. Finally it recommends to public and private institutions set up this device because of its safety, effectiveness, and cost.