Sistemas multiagente para la integración de personas discapacitadas

[ES] Debido a la creciente preocupación de la sociedad por la integración de las personas discapacitadas, en los últimos años han surgido un gran número de iniciativas que tratan de dar apoyo a este colectivo. En este trabajo se presentan un conjunto de herramientas cuyo objetivo es facilitar la integración social en el ámbito de la movilidad, incidiendo tanto en la adaptación del entorno como en los sistemas de control de sillas de ruedas. Con el objetivo de mejorar la accesibilidad de los entornos, se presenta una herramienta de simulación que pretende detectar a qué dificultades o barreras arquitectónicas se pueden enfrentar los usuarios dentro de un entorno. De esta forma, las simulaciones permiten descubrir de forma anticipada los problemas a los que se enfrentarán las personas con discapacidad antes de que estos problemas sucedan. Esta herramienta se fundamenta en el uso combinado de la simulación social basada en agentes junto con representaciones tridimensionales. La utilización de ambas técnicas hace posible realizar modelados y simulaciones de manera muy próxima a la realidad. El método de simulación definido, se integra en una arquitectura multiagente basada en organizaciones virtuales. En este contexto, los agentes se emplean para la representación de las personas y los diferentes elementos que intervienen en la simulación. La proliferación de sistemas de control de sillas de ruedas que hacen uso de datos provenientes de redes de sensores y de técnicas de inteligencia artificial, hacen que sean necesarias plataformas que faciliten y automaticen las tareas de recopilación y análisis de datos. En este contexto, se presenta una arquitectura centrada en ofrecer una rápida integración de sistemas de control de sillas de ruedas donde diferentes elementos de computación trabajan de forma distribuida. Dicha arquitectura se cimienta sobre un modelo adaptativo basado en organizaciones virtuales, que permiten la integración de dispositivos inteligentes para el procesado de la información. Además, se presentan un conjunto de métodos de control alternativos

Mobility Integration of ERP Systems

Nowadays a lot of enterprises work with ERP systems. It usefulness is generally used in office environments and different enterprises which offer this software are developing mobile applications. These mobile applications work with their own system and they don’t usually work in other platforms. Currently any mobile application can communicate with more than one ERP system because each one has its own communications methods. This article presents a system that expect unify the communication between different ERP systems and allows mobile applications to communicate with them in a homogeneous way

Monitoring and analysis of vital signs of a patient through a multi-agent application system

In the medical environment, the clinical study of the most basic vital signs of a patient represents the simplest and most effective way to detect and monitor health problems. There are many diseases that can be diagnosed and controlled through regular monitoring of these medical data. The purpose of this study is to develop a monitoring and tracking system for the various vital signs of a patient. In particular, this work focuses on the design of a multi-agent architecture composed of virtual organizations with capabilities to integrate different medical sensors on an open, low-cost hardware platform. This system integrates hardware and software elements needed for the routine measurement of vital signs, performed by the patient or caregiver without having to go to a medical center

Increasing the Intensity over Time of an Electric-Assist Bike Based on the User and Route: The Bike Becomes the Gym

[EN]Nowadays, many citizens have busy days that make finding time for physical activity difficult. Thus, it is important to provide citizens with tools that allow them to introduce physical activity into their lives as part of the day’s routine. This article proposes an app for an electric pedal-assist-system (PAS) bicycle that increases the pedaling intensity so the bicyclist can achieve higher and higher levels of physical activity. The app includes personalized assist levels that have been adapted to the user’s strength/ability and a profile of the route, segmented according to its slopes. Additionally, a social component motivates interaction and competition between users based on a scoring system that shows the level of their performances. To test the training module, a case study in three different European countries lasted four months and included nine people who traveled 551 routes. The electric PAS bicycle with the app that increases intensity of physical activity shows promise for increasing levels of physical activity as a regular part of the da

Diseño e implementación de una herramienta para la visualización de código para alumnos de asignaturas de introducción a la programación en ingenierías

Memoria ID-0003. Ayudas de la Universidad de Salamanca para la innovación docente, curso 2017-2018

Security services as cloud capabilities using MAS

La mayor parte de los modelos matemáticos desarrollados para estudiar y simular la propagación del malware son modelos globales; es decir, no tienen en cuenta las caracterÍsticas individuales de los dispositivos que forman parte del medioambiente en el que se produce la infección. En los nuevos escenarios que se plantean (Internet de las Cosas, SmartCities, etc.), en los que la conectividad global es poco menos que un axioma, estos modelos presentan serias deficiencias. El objetivo de este trabajo es poner de manifiesto de manera justificada dichas deficiencias y proponer los modelos individuales como alternativa

Diseño de una guía didáctica sobre dispositivos hardware de código abierto para estudiantes de ingeniería

Memoria ID-0114. Ayudas de la Universidad de Salamanca para la innovación docente, curso 2016-2017

Monitoring and analysis of vital signs of a patient through a multi-agent application system

In the medical environment, the clinical study of the most basic vital signs of a patient represents the simplest and most effective way to detect and monitor health problems. There are many diseases that can be diagnosed and controlled through regular monitoring of these medical data. The purpose of this study is to develop a monitoring and tracking system for the various vital signs of a patient. In particular, this work focuses on the design of a multi-agent architecture composed of virtual organizations with capabilities to integrate different medical sensors on an open, low-cost hardware platform. This system integrates hardware and software elements needed for the routine measurement of vital signs, performed by the patient or caregiver without having to go to a medical center

An Intelligent Agent-Based Journalism Platform

Internet upswing has entailed a structural change for journalism in general and the press in particular. The emergence of a new horizontal, low cost and accessible space for communication, has brought profound changes in journalism, both on the production and distribution. In this paper, we present a novel agent-based social platform which aims to improve the organization, management and distribution of the media contents through the application of artificial intelligence techniques

Multi Agent Application for Chronic Patients: Monitoring and Detection of Remote Anomalous Situations

The clinical study of the most basic vital signs of a patient represents the simplest and most effective way to detect and monitor health problems. There are many diseases that can be diagnosed and controlled through regular monitoring of these medical data. The purpose of this study is to develop a monitoring and tracking system for the various vital signs of a patient. In particular, this work focuses on the design of a multi-agent architecture composed of virtual organizations with capabilities to integrate different medical sensors on an open, low-cost hardware platform. This system integrates hardware and software elements needed for the routine measurement of vital signs, performed by the patient or caregiver without having to go to a medical center