A context-aware framework supporting complex ubiquitous scenarios with Augmented Reality enabled

In this paper, we propose a context-aware system framework characteristic of two novel features. First, this framework is capable of modeling highly complex usage scenarios as a finite state machine while having transitions controlled by context information. And, this framework is designed with Augmented Reality capability as an integral component in its overall architecture to enable augmented interaction in context-aware applications. We believe this framework can be used ubiquitously in Context Aware Computing (CAC). As an example, a prototype has been developed for the application scenario of a manufacturing factory. We will also present the implementation details of this prototype.