Dandelion: Decoupled Distributed User Interfaces in the HI3 Ambient Intelligence Platform
نویسندگان
چکیده
Ambient Intelligence and Ubiquitous Computing systems must deal with a wide variety of environments, users and devices. Designing and implementing their interaction systems is quite a complicated task because it is difficult to know in advance the conditions in which the system will be run. This article presents Dandelion, a framework that uses a model-driven approach to support the development of user interfaces for UC and AmI systems by defining a series of high-level declarative models. It decouples the application logic from the interaction elements, which can be physically distributed throughout the environment, and even changed dynamically.
منابع مشابه
Rapid Prototying of Distributed User Interfaces
This paper introduces a software tool for rapid prototyping of interactive systems whose user interfaces could be distributed according to four axes defined in a design space: type of computing platform, amount of interaction surfaces, type of interaction surface, and type of user interface. This software is based on a virtual toolkit for rendering the user interfaces in a virtual world depicti...
متن کاملRapid Prototyping Of Distributed User Interfaces
This paper introduces a software tool for rapid prototyping of interactive systems whose user interfaces could be distributed according to four axes defined in a design space: type of computing platform, amount of interaction surfaces, type of interaction surface, and type of user interface. This software is based on a virtual toolkit for rendering the user interfaces in a virtual world depicti...
متن کاملDistributed Interactive Surfaces: A Step Towards the Distribution of Tangible and Virtual Objects
After having outlined the uses of new technologies such as smartphones, touchscreen tablets and laptops, in this paper we present the TangiSense interactive table, equipped with RFID technology tagged on tangible objects, as new paradigm of interaction for ambient intelligence. We propose a problem space and some scenarios illustrating the distribution of user interfaces within the framework of...
متن کاملMultiagent Control System with Mobile Ubiquitous Platform for Ambient Intelligence
This paper presents a novel control system architecture which allows fast integration of different user interfaces and physical networks. A set of XML messages has been designed as standardized content language between user interfaces and the control system, regardless of the communication protocol used by a particular interface. Universal Plug and Play is integrated in the control system to pr...
متن کاملDistributed User Interfaces in Ambient Environment
Before developing an Ambient Intelligence (AmI) application, it is often required to examine how its user interface will be distributed across the various interaction surfaces of its physical environment and which types of services these user interfaces will provide to end-users. For this purpose, a virtual reality rendering engine has been developed that renders a user interface model in a phy...
متن کامل