Task models are useful when designing and developing interactive systems. They describe the logical activities that have to be carried out in order to reach the user’s goals. This document covers the specification of Task Models, with a meta-model expressed in UML, and an XML Schema that can be used as the basis for interchange of Task Models between different user interface development tools.

Defines a meta-model and XML serialization for interchange of user interface designs, that are expressed at an abstract level, independent of the target platform or modes of interaction.

This is an introduction to Model-Based User Interfaces covering the benefits and shortcomings of the model-based approach, a collection of use cases, and terminology.

This document is a glossary of terms recurrent in the Model-based User Interface domain (MBUI). It is intended to capture a common, coherent terminology for specifications of the MBUI Working Group and to provide a concise reference of domain terms for interested audience. The document arose from a thorough review and discussion of the glossaries published by the CAMELEON and AMODEUS research projects.

This document offers guidance in the form of simple guidelines to follow to create device-independent tests for Web technologies.

This document describes the set of properties that characterizes the capabilities of the device, the preferences of the user and other aspects of the context into which a Web page is to be delivered, known as the delivery context, and explores how to detect and make use of that context.

The document provides a summary of several techniques and best practices that Web authors can employ when creating and delivering content to a diverse set of devices.

This document offers principles that can lead towards the achievement of greater device independence for Web content and applications.

This document discusses the challenges that authors commonly face when building web content and applications that can be accessed by users via a wide variety of different devices with different capabilities.

This primer is designed to provide the reader with the basic knowledge required to make effective use of DISelect.

This document specifies a set of XPath functions designed for DISelect that can be used to manipulate the delivery context associated with a request for an item of content.

The purpose of the Device Independent Authoring Language (DIAL) is to provide a markup language for the filtering and presentation of Web page content available across different delivery contexts.

This document provides an introduction to, and the benefits of, DIAL, the Device Independent Authoring Language.

This document specifies an XML-based syntax and processing model for general purpose content selection and filtering that can be used to deliver content adapted to a wide range of devices.

This document explores the existing and in development technologies available to adapt Web content to the user's preferences, needs, device, and environment.

This document is a glossary of terms used in other device-independence related documents.

This document sets out the requirements for defining core presentation characteristics that provide a common set of property definitions of devices presentation capabilities.