July 11, 2005 to July 14, 2005
U. Meissen , Fraunhofer Inst. for Software&Syst. Eng., Berlin, Germany
S. Pfennigschmidt , Fraunhofer Inst. for Software&Syst. Eng., Berlin, Germany
A. Voisard , Fraunhofer Inst. for Software&Syst. Eng., Berlin, Germany
T. Wahnfried , Fraunhofer Inst. for Software&Syst. Eng., Berlin, Germany
Demand-orientation is of crucial importance in mobile and pervasive information services in order to ensure the delivery of the right information at the right time and at the right place. Increasing attention has been devoted to the notion of personalized services that take the situation of the user into account. The trade-off is to ensure appropriate information supply while preventing information overload. Comparing situations predicted by the system with the expectations of a user yields information about "so-far-unexpected" changes the user should be informed about. This paper describes an approach to support situation-awareness and introduces an underlying model that additionally handles information from various sources. Our approach is illustrated in a driving assistance application.
information logistics, system knowledge, user expectations, situation-aware systems, demand-oriented information supply, mobile information services, pervasive information services, car driving assistance application, pervasive computing
U. Meissen, S. Pfennigschmidt, A. Voisard, T. Wahnfried, "Matching system knowledge and user expectations in situation-aware systems", PERSER, 2005, Proceedings. International Conference on Pervasive Services 2005, Proceedings. International Conference on Pervasive Services 2005 2005, pp. 271-278, doi:10.1109/PERSER.2005.1506420