The target of our research was to create simulation and visualization tools that could be used in education. The algorithms developed will be generally less accurate in comparison with complex algorithms currently used but they will provide results in a very fast way. This will allow the students to get a feeling of behavior of some specific processes in a short time. The algoritms developed are subject of improvement and verification based on real data obtained from measurements in real power plants. Such a system does not need visible avatars, but a distribution of all activities of a tutor to the audience.
Haptic visualization refers to perception of information through the haptic sense.
These include haptic visualization, FFB enhanced manipulation and application in computational chemistry. This talk aims at presenting the research and development on Augmented Reality at Siemens Corporate Research. The rest of the presentation provides an overview of our other research activities. I also present a series of live demos. We then add a double mirror system in order to create similar geometry for both X-ray and optical imaging systems.