Context-Aware Mobile AR System for Personalization, Selective Sharing, and Interaction of Contents in Ubiquitous Computing Environments
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We present the design and implementation of a task-oriented system, that dynamically binds user tasks to available devices and services within a ubiquitous environment. The system provides users with a task-based interface for interacting with the environment. This interface is r
With the increasingly distributed use of computers and the wide range of available computing devices, our society is experiencing a previously unknown level of mobile computing. The adoption of mobile communication technologies such as mobile phones and PDAs is an example of the
There is a growing interest in the use of context-aware systems, which can recognize user’s situational context and accordingly provide a desirable interaction with the user. However, the design, development, evaluation and deployment of context-aware systems are still at its inf
The main motivation for this research is the increasing popularity received by mobile and pervasive computing applications in combination with the increased complexity which is involved in the development of software systems targeting such environments. In this respect, two basic
Ubiquitous Computing advocates the construction of massively distributed systems that help transform physical spaces into computationally active and intelligent environments. The design of systems and applications in these environments needs to take account of heterogeneous devic
To develop context-aware workflow services in ubiquitous computing environments, a service developer must describe and recognize context information as transition constraints. uWDL (ubiquitous Workflow Description Language)[1] is a workflow language that describes the situation i