16 research outputs found

    Procesamiento de Eventos Complejos para la determinaci贸n de rutas en ciudades inteligentes

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    Una de las principales caracter铆sticas de una ciudad inteligente es la publicaci贸n de datos abiertos que monitorizan diferentes aspectos de la misma, desde sistemas de movilidad a niveles de polen. Sin embargo, esta informaci贸n se ofrece a los ciudadanos de forma gen茅rica y carente de contexto. Sin el concurso de las personas en la generaci贸n y recogida de informaci贸n, no es posible tener en cuenta sus preferencias y necesidades, ni el uso que hacen de los servicios. Para reducir este fen贸meno y contextualizar los datos abiertos con informaci贸n acerca de los ciudadanos, dise帽amos anteriormente la arquitectura de referencia People as a Service, que permite recopilar informaci贸n de los usuarios a partir de sus smartphones. En este trabajo vamos un paso m谩s all谩 en la integraci贸n de un motor de inferencia para esta arquitectura usando la tecnolog铆a de Procesamiento de Eventos Complejos. En particular, recopilamos informaci贸n de los sensores del smartphone para analizarla, transform谩ndola en conocimiento sobre los h谩bitos del usuario. La posterior combinaci贸n de este conocimiento con los datos abiertos de la ciudad, permitir谩 que sus servicios puedan adaptarse a cada persona.Universidad de M谩laga. Campus de Excelencia Internacional Andaluc铆a Tech

    Introducci贸n a los ordenadores

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    Tema 1 de la asignatura Tecnolog铆a de la Informaci贸n y Comunicaci贸n aplicada a la Terapia Ocupacional del grado en Terapia Ocupacional. Curso 2015/201

    One step towards dynamically programmable things: an implementation using Beacons

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    The number of devices connected to the internet is constantly increasing. This large amount of devices can be used to improve people鈥檚 interaction with their environment. However, this also implies an increase in the complexity when interacting with so many heterogeneous devices. Automating this process is key to keep up with this growth. This is the purpose of the People as a Service model (PeaaS), which works towards developing virtual profiles for every user in their own mobile devices under their full control. These profiles allow to establish preferences and predefined parameters, which are then used by the devices they connect to. By integrating both the information in the users鈥 virtual profiles and the information given by the devices they connect to, we can create a context in which to make smart decisions and apply them to the devices, all of this in a decentralised way. This allows for a programmatically configuration of the devices without the need of the user鈥檚 intervention. In order to put the proposal in action, we have developed a treasure hunting game as a proof of concept to bring to the spotlight the utility of an environment with programmatically adapted devices.Universidad de M谩laga. Campus de Excelencia Internacional Andaluc铆a Tech

    Un framework de programaci贸n din谩mica para IoT

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    El crecimiento del Internet of Things est谩 permitiendo la conexi贸n a la red de muchos dispositivos. La tecnolog铆a deber铆a permitir a estos dispositivos adaptarse autom谩ticamente a las necesidades de sus usuarios. Con este prop贸sito, desarrollamos en trabajos anteriores la arquitectura de referencia People as a Service, para crear perfiles virtuales de los usuarios almacenados en sus smartphones. Sin embargo, para la obtenci贸n de un perfil completo necesitamos informaci贸n de contexto, que solo pueden proporcionarnos estos dispositivos del entorno. Nuestro objetivo es desarrollar un framework en el que usuarios y dispositivos conectados se integren de manera transparente y din谩mica, permitiendo una actualizaci贸n program谩tica de los perfiles y el comportamiento de los dispositivos. De esta forma, damos un primer paso hacia un Mundo Programable.Universidad de M谩laga. Campus de Excelencia Internacional Andaluc铆a Tech

    Complex event processing for health monitoring

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    The increase of the life expectancy has become a problem in regions with a low population density. This fact is caused by the existence of small towns all far from one another and with the peculiarity of many elders with special health care living there. This situation increases in a high percentage the health costs of the region having to attend daily all these elders who need a close mon-itoring. We live in a IoT era with a huge quantity of new connected devices with lots of sensors. Taking advantage of this, it is possible to monitor these elders from the distance without having to cover the complete area of the region every day. This way, our approach is using a mobile centric architecture that permits the elders having a device which infers a health virtual profile of them with data from its sensors and from other smart devices like bands with pulsometers. At this point we propose using Complex Event Processing techniques to combine the data coming from all sources and analyze it to extract meaningful information for the doctors and caregivers and even detect important events like falls in real time.Universidad de M谩laga. Campus de Excelencia Internacional Andaluc铆a Tech

    Towards dynamically programmable devices using beacons

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    With the grow of the Web of Things, lots of devices are being connected to the network. Many of these devices require human interaction when using them. In a desirable scenario, technology should allow to automatically adapt the behavior of these devices to the needs and expectations of their us-ers. To this extent, in previous work we proposed the Internet of People model to automatically develop virtual profiles of people, stored in their smartphones. However, in order to build a complete virtual profile with in-formation about the user鈥檚 environment and context, we need also the con-tribution of these surrounding devices. Our goal is to develop a framework in which users and smart devices are integrated seamlessly and in real time, al-lowing programmatic adaptation and update of both virtual user profiles and surrounding devices. As a proof of concept, in this paper we propose the use of beacons for dynamically downloading and executing in the smartphone scripts for updating the virtual profile with context information, and trigger actions both in the smartphone and the devices. This way, we take a first step to an effective Programmable World, in which everyday objects con-nected to the network can be programmatically adapted to their users.Universidad de M谩laga. Campus de Excelencia Internacional Andaluc铆a Tech
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