Registriere dich

Oder, falls du lieber...


Panel Information

Utilizamos cookies propias y de terceros para mejorar tu experiencia de navegación. Al continuar con la navegación entendemos que aceptas nuestra política de cookies.

DeustoTech > reasoning


7 Ergebnisse


tipo de documento Proyecto

The TALISMAN project aims to research and demonstrate transferrable solutions to society by offering services based on information and communication technologies in order to promote personal autonomy in prevention and monitoring scenarios. The four core objectives of TALISMAN are the following: To analyse and validate emerging multimodal sensing technologies which are reliable for prevention and monitoring in the personal environment. To develop interoperability procedures at a semantic level which ease the effective and efficient convergence of personal autonomy supporting technologies. To obtain resulting personal social and health profiles, based on knowledge, which serve to manage essential and high quality information useful for third parties responsible of providing prevention and monitoring services. To create and evaluate in real scenarios user-oriented secure services provision framework including extensible and interoperable algorithms and software components to provide accessible interaction, both locally and remotely, to all key stakeholders. For further information, please visit the TALISMAN website(


The aim of the TALIS+ENGINE: Cooperative and Semantic Hybrid Reasoning for Service Orchestration in Reactive Environments subproject is to advance in the automatic or semi-automatic service composition within assistive environments with the goal of allowing in a spontaneous manner the environment adaptation to the concrete needs and goals of the user. Such adaptation of environment’s behaviour demands the adoption of cooperative, hybrid (symbolic and connectionist), adaptable and scalable (evolving being aware of the emerging and disappearing devices and their sensing and acting capabilities) intelligence techniques. The concrete objectives pursued by this sub-project of cooordinated project “TALISMAN+: Intelligent system for follow-up and promotion of personal autonomy” will be: Model the assistive needs of users and the reactive assistive capabilities they demand from the environment. Context-awareness perception. Detect and predict the assistive needs in order to act in consequence. React adapting the assistive environment behaviour according to the detected users goals and needs. For further information, please visit the TALISMAN website(


El proyecto “AGUREZAINA: Plataforma Multiusuario de Automatización y Control de Entornos Residenciales Asistivos” pretende crear una nueva plataforma combinando tecnologías de automatización de edificios, telefonía por voz IP, redes de sensores y middleware que permita una más fácil y económica configuración y despliegue de entornos residenciales asistivos tanto en los hogares propios de ancianos como en residencias dedicadas al cuidado de los mismos.


El proyecto ASAMI, financiado por el programa del Ministerio de Industria, Turismo y Comercio "PROFIT", tiene como principal misión implementar la infraestructura y herramientas necesarias para facilitar el diseño, programación y despliegue de entornos poblados por servicios inteligentes. Para ello combina el KNOW-HOW de tres empresas punteras en los sectores de domótica (TECDOA), voz sobre IP (IRONTEC) y construcción de vivienda pública (VISESA), junto con la especialización en el desarrollo de middleware para entornos residenciales de un centro tecnológico (Tecnológico Fundación Deusto – TFD).


The ISMED project main objective is to provide the infrastructure that facilitates the development and deployment of intelligent cooperative environments equipped by an “ecosystem of embedded devices”. This is, the intelligent cooperation among embedded devices equipped with wireless communication capabilities but low computational features to conform more intelligent, useful and assistive working or living environments. The specific objectives of this project are: Add intelligence through sensing, reasoning and learning to the embedded devices that surround us in the environments we are at during our daily activities. Allow the discovery and cooperation (choreography) of the services offered by those diverse devices to define new composed logical services which concatenate and coordinate the functionality of individual devices. Create a middleware platform easily integrated into conventional embedded devices which adds intelligent cooperative capabilities to them. Open Source software architecture based on distributed components supported by an Open-Source Development Community.