Search for dissertations about: "Context-Aware computing"
Showing result 1 - 5 of 19 swedish dissertations containing the words Context-Aware computing.
-
1. Sensing and Making Sense : Designing Middleware for Context Aware Computing
Abstract : Computing devices are becoming wireless, smaller and embedded into other artifacts. Some of them are mobile while others are built into the environment. The novel technologies are also becoming more dependent of communication with other computing devices over different kinds of networks. READ MORE
-
2. A context-aware application mobility approach
Abstract : Over the last two decades, mobile computing has gone from being a mere vision to becoming a reality, ubiquitously present in our everyday lives. There are different types of mobility, from user and terminal mobility, to mobility of services and sessions. READ MORE
-
3. Towards a Person-Centric Context Aware System
Abstract : A recent trend is to integrate sensing, communication, and computation into every aspect of our daily life, ranging from various user devices to physical environment. The goal is to give computer systems an awareness of the users and their situations, so that they can support their diverse interaction needs at anytime, any place. READ MORE
-
4. Egocentric interaction for ambient intelligence
Abstract : Ambient intelligence refers to the vision of computationally augmented everyday environments that are sensitive, adaptive and responsive to humans and intelligently support their daily lives. Ambient ecologies are the infrastructures of ambient intelligence. READ MORE
-
5. On distributed real-time systems : the mStar environment, net-based learning and context-aware applications
Abstract : This doctoral thesis presents two frameworks for distributed real-time systems, the mStar environment for Computer Supported Collaborative Work (CSCW) and the Alipes architecture for context-aware applications, from the perspective of distributed teamwork and net-based learning. The mStar environment was designed to be symmetric and fully distributed, which allows all users equal access and thus full interactivity, as well as scalable through the use of IP multicast and a server-less design. READ MORE