Dr.

Jan Meseth

Alumni (Researcher)


Email:	jan.meseth@REMOVETHISPART.rtt.ag

Courses

Ongoing Projects

		BTFDBB: BTF Database Bonn and Measurement Lab The image-based acquisition of complex optical material properties is one of the major research topics in our group. The goal of this project is the development of novel techniques for the efficient and high-fidelity capture of high-dimensional material representations like, e.g., the bidirectional texture function (BTF). Example data is publicly available at the BTF database Bonn.

Completed Projects

Publications

		Towards Predictive Rendering in Virtual Reality Jan Meseth Dissertation, Universität Bonn, Jan. 2008 [Details] [Bibtex]

		Verification of Rendering Quality from Measured BTFs Jan Meseth, Gero Müller, Reinhard Klein, Florian Röder, and M. Arnold In proceedings of The 3rd Symposium on Applied Perception in Graphics and Visualization, July 2006 [Details] [Paper] [Slides] [Bibtex]

		Interactive Fragment Tracing Wu (Editors) Jan Meseth, Michael Guthe, and Reinhard Klein In: The Visual Computer (Oct. 2005), 21:8-11(591-600) [Details] [Slides] [Bibtex]

		Surface Light Field Rendering for Virtual Product Design Jan Meseth, Gero Müller, and Reinhard Klein In proceedings of The 11th International Conference on Virtual Systems and Multimedia (VSMM 2005), pages 185-188, Oct. 2005 [Details] [Paper] [Slides] [Bibtex]

		Fractional Fourier Texture Masks: Guiding Near-Regular Texture Synthesis M. Alexa and J. Marks (Editors) A. Nicoll, Jan Meseth, Gero Müller, and Reinhard Klein In: Computer Graphics Forum (Sept. 2005), 24:3(569-579) [Details] [Paper] [Slides] [Bibtex]

		Acquisition, Synthesis and Rendering of Bidirectional Texture Functions Gero Müller, Jan Meseth, Mirko Sattler, Ralf Sarlette, and Reinhard Klein In: Computer Graphics Forum (Mar. 2005), 24:1(83-109) [Details] [Video] [Bibtex]

		Memory Efficient Billboard Clouds for BTF Textured Objects B. Girod, M. Magnor, and H.-P. Seidel (Editors) Jan Meseth and Reinhard Klein In proceedings of Vision, Modeling, and Visualization 2004, pages 167-174, Akademische Verlagsgesellschaft Aka GmbH, Berlin, Nov. 2004 [Details] [Paper] [Bibtex]

		Acquisition, Synthesis and Rendering of Bidirectional Texture Functions Christophe Schlick and Werner Purgathofer (Editors) Gero Müller, Jan Meseth, Mirko Sattler, Ralf Sarlette, and Reinhard Klein In proceedings of Eurographics 2004, State of the Art Reports, pages 69-94, INRIA and Eurographics Association, Sept. 2004 [Details] [Paper] [Video] [Slides] [Bibtex]

		Simulation of Clothes for Real-time Applications N. Magnenat-Thalmann, F. Cordier, M. Keckeisen, S. Kimmerle, Reinhard Klein, and Jan Meseth In proceedings of Eurographics 2004, Tutorials 1: Simulation of Clothes for Real-time Applications, INRIA and the Eurographics Association, Sept. 2004 [Details] [Paper] [Video] [Slides] [Bibtex]

		Fast Environmental Lighting for Local-PCA Encoded BTFs Gero Müller, Jan Meseth, and Reinhard Klein In proceedings of Computer Graphics International 2004 (CGI 2004), pages 198-205, IEEE Computer Society, June 2004 [Details] [Paper] [Bibtex]

		High Quality Rendering of Reflectance Data Jan Meseth, Gero Müller, Mirko Sattler, Ralf Sarlette, A. Artusi, A. Wilkie, G. Zotti, Reinhard Klein, and Werner Purgathofer CGI 2004 tutorial, June 2004 [Details] [Bibtex]

		Reflectance Field based real-time, high-quality Rendering of Bidirectional Texture Functions D. Reiners, D. Fellner, Reinhard Klein, and J. Kautz (Editors) Jan Meseth, Gero Müller, and Reinhard Klein In: Computers and Graphics (Feb. 2004), 28:1(103-112) [Details] [Paper] [Bibtex]

		BTF Rendering for Virtual Environments Jan Meseth, Gero Müller, Mirko Sattler, and Reinhard Klein In proceedings of Virtual Concepts 2003, pages 356-363, Nov. 2003 [Details] [Paper] [Bibtex]

		Compression and Real-Time Rendering of Measured BTFs Using Local PCA T. Ertl, B. Girod, G. Greiner, H. Niemann, H.-P. Seidel, E. Steinbach, and R. Westermann (Editors) Gero Müller, Jan Meseth, and Reinhard Klein In proceedings of Vision, Modeling and Visualisation 2003, pages 271-280, Akademische Verlagsgesellschaft Aka GmbH, Berlin, Nov. 2003 [Details] [Paper] [Video] [Slides] [Bibtex]

		An Adaptable Surface Parametrization Method Patrick Degener, Jan Meseth, and Reinhard Klein In proceedings of The 12th International Meshing Roundtable 2003, Sept. 2003 [Details] [Paper] [Bibtex]

		RealReflect - Real-time Visualization of Complex Reflectance Behaviour in Virtual Protoyping P. Brunet and D. Fellner (Editors) Reinhard Klein, Jan Meseth, Gero Müller, Ralf Sarlette, Michael Guthe, and Ákos Balázs In proceedings of Eurographics 2003 Industrial and Project Presentations, Sept. 2003 [Details] [Paper] [Slides] [Bibtex]

		Preserving Realism in Real-Time Rendering of Bidirectional Texture Functions Jan Meseth, Gero Müller, and Reinhard Klein In proceedings of OpenSG Symposium 2003, pages 89-96, Eurographics Association, Switzerland, Apr. 2003 [Details] [Paper] [Slides] [Bibtex]

		Fast and Memory Efficient View-Dependent Trimmed NURBS Rendering S. Coquillart, H. -Y. Shum, and S. -M. Hu (Editors) Michael Guthe, Jan Meseth, and Reinhard Klein In proceedings of Pacific Graphics 2002, pages 204-213, IEEE Computer Society, Oct. 2002 [Details] [Paper] [Slides] [Bibtex]

		Non-Photorealistic Rendering of Complex 3D Models on Mobile Devices D. Hekmatzada, Jan Meseth, and Reinhard Klein In proceedings of 8th Annual Conference of the International Association for Mathematical Geology, pages 93-98, Alfred-Wegener-Stiftung, Sept. 2002 [Details] [Paper] [Bibtex]

		RealReflect The RealReflect project’s goal is to increase the realism of Virtual Reality (VR) technology by developing physically correct visualization technology capable of accounting for phenomena like metamerism, fluorescence and light polarization and integrating it into an existing VR system. This will enable users from many different areas like automotive industry or architecture to create VR simulations for the interior design, thereby avoiding the necessity to build expensive real prototypes which reduces costs as well as time to market of the overall end products.