835 | -- | 836 | Thomas Kirste, D. Duke. Introduction: Situation- and task-awareness computing |
839 | -- | 847 | Florian Michahelles, Peter Matter, Albrecht Schmidt, Bernt Schiele. Applying wearable sensors to avalanche rescue |
849 | -- | 857 | Nicolas Villar, Albrecht Schmidt, Gerd Kortuem, Hans-Werner Gellersen. Interacting with proactive public displays |
859 | -- | 872 | Rachid Hourizi, Peter Johnson. Towards an explanatory, predictive account of awareness |
873 | -- | 885 | Young J. Kim, Christoph M. Hoffmann. Enhanced battlefield visualization for situation awareness |
887 | -- | 891 | Jens Weidenhausen, Christian Knöpfle, Didier Stricker. Lessons learned on the way to industrial augmented reality applications, a retrospective on ARVIKA |
893 | -- | 898 | Dirk Balfanz, Jürgen Schirmer, Matthias Grimm, Mohammad-Reza Tazari. Mobile situation-awareness within the project map |
899 | -- | 903 | Norbert Reithinger, Gerd Herzog, Alassane Ndiaye. Situated multimodal interaction in S::MART::K::OM:: |
905 | -- | 916 | Robert S. Laramee. FIRST: a flexible and interactive resampling tool for CFD simulation data |
917 | -- | 930 | Albert Wiltsche. C2-continuous spline-interpolation of a regular triangular net of points |
931 | -- | 942 | Jorge Rodríguez, Dolors Ayala. Fast neighborhood operations for images and volume data sets |
943 | -- | 961 | Xiaoping Qian, Debasish Dutta. Heterogeneous object modeling through direct face neighborhood alteration |
963 | -- | 976 | Archana P. Sangole, George K. Knopf. Visualization of randomly ordered numeric data sets using spherical self-organizing feature maps |
977 | -- | 982 | Slawek S. Nikiel, Adam Goinski. Generation of volumetric escape time fractals |