LGDV » Research

Dept. of Computer Science > Computer Science 9 > Research > 2011 > Kompre

Compression methods for GPUs

(01.07.2009 - 30.06.2011)

Modern dedicated graphics processors (GPUs) make it possible to render complex scenes and objects in realtime. Currently, the bottle neck is often not rendering performance, but the available video memory. Goal of the project, which is done in collaboration with RTT, Munich, is to develop and examine methods for the reduction of memory consumption of scene data in video memory of a GPU.

Papers at LGDV

On Floating-Point Normal Vectors

Quirin Meyer, Jochen Süßmuth, Gerd Sußner, Marc Stamminger, Günther Greiner
Computer Graphics Forum (Rendering 2010 Proceedings) (29, Nr. 4)
2010; S. 1405-1409;

Memory Efficient Light Baking

Henry Schäfer, Jochen Süßmuth, Cornelia Denk, Marc Stamminger
Computer & Graphics (36, Nr. 3)
2012; S. 193-200;

Multiresolution Attributes for Tessellated Meshes

Henry Schäfer, Magdalena Prus, Quirin Meyer, Jochen Süßmuth, Marc Stamminger
Proceedings of I3D 2012
2012; S. 175-182; ISBN: 978-1-4503-1194-6;

Adaptive Level-of-Precision for GPU-Rendering

Quirin Meyer, Gerd Sußner, Günther Greiner, Marc Stamminger
Vision, Modeling, and Visualization 2011
2011; S. N/A;

Memory Efficient Light Baking

Henry Schäfer, Jochen Süßmuth, Cornelia Denk, Marc Stamminger

Promoter

RTT München

Contact

Prof. Dr.-Ing. Marc Stamminger

Directors

Coworkers