Real-time dense stereo for intelligent vehicles. - Wannes van der Mark; Dariu M. Gavrila (IEEE Trans. Intell. Transp. Syst., 2006)

Obstacle detection during day and night conditions using stereo vision. - Gijs Dubbelman; Wannes van der Mark; Johan H. C. van den Heuvel; Frans C. A. Groen (IROS, 2007)

Accurate and robust ego-motion estimation using expectation maximization. - Gijs Dubbelman; Wannes van der Mark; Frans C. A. Groen (IROS, 2008)

FireDroid: hardening security in almost-stock Android. - Giovanni Russello; Arturo Blas Jimenez; Habib Naderi; Wannes van der Mark (ACSAC, 2013)

High resolution 3D content creation using unconstrained and uncalibrated cameras. - Hoang Minh Nguyen 002; Burkhard C. Wünsche; Patrice Delmas; Christof Lutteroth; Wannes van der Mark (HSI, 2013)

High-Definition Texture Reconstruction for 3D Image-based Modelling. - Minh Hoang Nguyen 002; Burkhard Wünsche; Patrice Delmas; Christof Lutteroth; Wannes van der Mark; Eugene Zhang (WSCG, 2013)

A Robust System for High-Quality Reconstruction of 3D Objects from Photographs. - Hoang Minh Nguyen 002; Burkhard C. Wünsche; Patrice Delmas; Christof Lutteroth; Wannes van der Mark (Issues and Challenges in Artificial Intelligence, 2014)

Tsai camera calibration enhanced. - Trevor Gee; Patrice Delmas; Nick Stones-Havas; Chris Sinclair; Wannes van der Mark; Wei Li 170; Heide Friedrich; Georgy L. Gimel'farb (MVA, 2015)

Lidar guided stereo simultaneous localization and mapping (SLAM) for UAV outdoor 3-D scene reconstruction. - Trevor Gee; Jason James; Wannes van der Mark; Patrice Delmas; Georgy L. Gimel'farb (IVCNZ, 2016)

A Raspberry Pi 2-based stereo camera depth meter. - James Cooper; Mihailo Azhar; Trevor Gee; Wannes van der Mark; Patrice Delmas; Georgy L. Gimel'farb (MVA, 2017)

Estimating extrinsic parameters between a stereo rig and a multi-layer lidar using plane matching and circle feature extraction. - Trevor Gee; Jason James; Wannes van der Mark; Alfonso Gastelum Strozzi; Patrice Delmas; Georgy L. Gimel'farb (MVA, 2017)

Automatic assessment of OpenGL computer graphics assignments. - Burkhard C. Wünsche; Zhen Chen; Lindsay Alexander Shaw; Thomas Suselo; Kai-Cheung Leung; Davis Dimalen; Wannes van der Mark; Andrew Luxton-Reilly; Richard Lobb (ITiCSE, 2018)

CodeRunnerGL - An Interactive Web-Based Tool for Computer Graphics Teaching and Assessment. - Burkhard Claus Wünsche; Edward Huang; Lindsay Alexander Shaw; Thomas Suselo; Kai-Cheung Leung; Davis Dimalen; Wannes van der Mark; Andrew Luxton-Reilly; Richard Lobb (ICEIC, 2019)

Multimodal 3D Facade Reconstruction Using 3D LiDAR and Images. - Haotian Xu; Chia-Yen Chen; Patrice Delmas; Trevor Gee; Wannes van der Mark (PSIVT, 2019)

Using an Assessment Tool to Create Sandboxes for Computer Graphics Teaching in an Online Environment. - Burkhard Claus Wünsche; Kai-Cheung Leung; Davis Dimalen; Wannes van der Mark; Thomas Suselo; Marylyn Alex; Alex Shaw 001; Andrew Luxton-Reilly; Richard Lobb (CSERC, 2021)

Dynamic tree branch tracking for aerial canopy sampling using stereo vision. - Christopher Alexander Maximilian Busch; Karl A. Stol; Wannes van der Mark (Comput. Electron. Agric., 2021)