Abstract :
This article introduces a novel, open, and scalable service architecture for context-aware personal communication. In contrast to the network-centric open service access in third-generation mobile networks, this architecture moves the point of integration for user services out to the mobile devices, where we can create support for context-aware computing and communication. Support for peer-to-peer service negotiation with minimal a priori shared knowledge, context representation, and reasoning about context enables the mobile agents (that represent users and other entities) to be aware of and react to any event and thus context. Hence, the delivery of context-aware applications to users intertwining digital and physical objects in mobile interactive spaces leverages events from sensors, mobility support, and digital entities. Finally, a presentation of our prototype and experiences from the HotTown project demonstrates the feasibility of the approach and provides some examples of the enabled user communication for large-scale mobile networks.
Keywords :
mobile computing; packet radio networks; personal communication networks; software agents; telecommunication services; HotTown project; ad hoc service negotiation; context representation; context-aware communication; context-aware computing; context-aware personal communication; digital entities; extensible mobile interactive spaces; heterogeneous wireless infrastructure; large-scale mobile networks; mobile agents; mobility support; network-centric open service access; packet-switched access; peer-to-peer service negotiation; pervasive computing; scalable service architecture; third-generation mobile networks; Computer architecture; Computer networks; Context; Context-aware services; Joining processes; Mobile communication; Pervasive computing; Protocols; Prototypes; Wireless communication;