Abstract. One of the main prerequisites for location-based services is knowledge of location. We present a simple algorithm for computing the location of a device based on signal s...
Location is a primary cue in many context-aware computing systems, and is often represented as a global coordinate, room number, or a set of Euclidean distances to various landmark...
Kimberle Koile, Konrad Tollmar, David Demirdjian, ...
Ubicomp environments impose tough constraints on networks, including immediate communication, low energy consumption, minimal maintenance and administration. With the AwareCon netw...
Michael Beigl, Albert Krohn, Tobias Zimmer, Christ...
Abstract. Three tools for acquiring data about people, their behavior, and their use of technology in natural settings are described: (1) a context-aware experience sampling tool, ...
Stephen S. Intille, Emmanuel Munguia Tapia, John R...
This paper presents the development of a user-oriented framework to support the user reconfiguration of ubiquitous domestic environments. We present a lightweight component model t...
Jan Humble, Andy Crabtree, Terry Hemmings, Karl-Pe...
Abstract. Context-aware computing promises a smooth interaction between humans and technology but few studies have been conducted with regards to how autonomously an application sh...
Abstract. As low-level architectural support for context-aware computing matures, we are ready to explore more general and powerful means of accessing context data. Information req...
Jeffrey Heer, Alan Newberger, Chris Beckmann, Jaso...
Context-aware computing in location-aware environments demands the combination of real world position with a computational world model to infer context. We present a novel approach...