| 2022 | ECCV | Validation of Pedestrian Detectors by Classification of Visual Detection Impairing Factors. | Korbinian Hagn, Oliver Grau |
| 2017 | FedCSIS | The Next Generation of In-home Streaming: Light Fields, 5K, 10 GbE, and Foveated Compression. | Daniel Pohl, Daniel Jungmann, Bartosz Taudul, Richard Membarth, Harini Hariharan, Thorsten Herfet, Oliver Grau |
| 2016 | ECCV | VConv-DAE: Deep Volumetric Shape Learning Without Object Labels. | Abhishek Sharma, Oliver Grau, Mario Fritz |
| 2016 | VRST | Concept for content-aware, automatic shifting for spherical panoramas. | Daniel Pohl, Oliver Grau |
| 2016 | VRST | Concept for using eye tracking in a head-mounted display to adapt rendering to the user's current visual field. | Daniel Pohl, Xucong Zhang, Andreas Bulling, Oliver Grau |
| 2015 | BMVC | Discrete Light Source Estimation from Light Probes for Photorealistic Rendering. | Farshad Einabadi, Oliver Grau |
| 2015 | VR | Using astigmatism in wide angle HMDs to improve rendering. | Daniel Pohl, Timo Bolkart, Stefan Nickels, Oliver Grau |
| 2014 | BMVC | Object Disambiguation for Augmented Reality Applications. | Walon Wei-Chen Chiu, Gregory Johnson, Daniel McCulley, Oliver Grau, Mario Fritz |
| 2014 | FedCSIS | High quality, low latency in-home streaming of multimedia applications for mobile devices. | Daniel Pohl, Stefan Nickels, Ram Nalla, Oliver Grau |
| 2013 | SIGGRAPH | Presentation and communication of visual artworks in an interactive virtual environment. | Jeni Maleshkova, Matthew Purver, Oliver Grau, Julien Pansiot |
| 2011 | ISMAR | Will we ever become used to immersion? Art History and Image Science. | Oliver Grau |
| 2004 | MMSP | 3D sequence generation from multiple cameras. | Oliver Grau |
| 2003 | SIGGRAPH | A 3D studio production system with immersive actor feedback. | Oliver Grau, M. Price, Graham A. Thomas |
| 2003 | VCIP | Studio production system for dynamic 3D content. | Oliver Grau |
| 1998 | CGI | 3-D Modelling of Buildings using High-Level Knowledge. | Oliver Grau |
| 1995 | CAIP | Use of Explicit Knowledge for the Reconstruction of 3-D Object Geometry. | Claus-E. Liedtke, Oliver Grau, Stefan Growe |