Is This For Real?

Tuesday, 7 August
3:45 - 5:30 pm
Room 1AB
Session Chair: Helen-Nicole Kostis, University of Maryland at Baltimore County & Goddard Space Flight Center, NASA

		Seamless Tangible Interaction Through Selective Stylization A new style of tangible interaction that seamlessly displays physical objects and virtual models in a technical illustration style. Outside regions and the users' hands are shown unaltered. Jan Fischer University of Victoria jan (at) janfischer.com Daniel Flohr Wolfgang Strasser Universität Tübingen
		Illumination-Sensitive Dynamic Virtual Sets A high-speed optical motion capture method that can measure three-dimensional motion, orientation, and incident illumination at tagged points in a scene. Bert De Decker Universiteit Hasselt bert.dedecker (at) uhasselt.be Hideaki Nii University of Tokyo Yuki Hashimoto University of Electro-Communications Dylan Moore Syracuse University Jay Summet Georgia Institute of Technology Yong Zhao Brown University Jonathan Westhues Paul Dietz John Barnwell Mitsubishi Electric Research Laboratories (MERL) Masahiko Inami University of Electro-Communications Philippe Bekaert Universiteit Hasselt Ramesh Raskar Mitsubishi Electric Research Laboratories (MERL)
		Teleshadow An Andon-shaped light for private spaces that enables the user to feel the presence of another person in remote spaces by embodied messages: shadow. Shunpei Yasuda Sho Hashimoto Mariko Koizumi Naohito Okude Keio University shunp (at) sfc.keio.ac.jp
		The "Castelet": A Dynamically Reconfigurable Stage for Performing Arts This modular stage machinery composed of simple building blocks allows implementation of complex surfaces that can be modified rapidly and dynamically during a performance. Jean-Philippe Jobin Laval University jobin (at) gmc.ulaval.ca Sylvain Comtois Clément Gosselin Denis Laurendeau Robert Faguy Université Laval
		Implementing Wave Particles for Real-Time Water Waves With Object Interaction Implementation details of a wave-particle approach that offers real-time and unconditionally stable simulation of fluid surface waves and their two-way interactions with floating objects. Cem Yuksel Donald H. House John Keyser Texas A&M University cem (at) cemyuksel.com