| Issue Date | Title | Author(s) |
 | 2020 | Appearance-driven conversion of polygon soup building models with level of detail control for 3D geospatial applications | Chen, Kan; Johan, Henry; Erdt, Marius |
| 2018 | An appearance-driven method for converting polygon soup building models for 3D geospatial applications | Chen, Kan; Johan, Henry; Erdt, Marius |
| 2012 | Caustic object construction based on multiple caustic patterns | Tandianus, Budianto; Johan, Henry; Seah, Hock Soon |
| 2019 | A data-driven approach for adding facade details to textured LoD2 CityGML models | Zhang, Xingzi; Lippoldt, Franziska; Chen, Kan; Johan, Henry; Erdt, Marius |
| 2016 | Efficient Screenspace Rendering for Area Lights | Koa, Ming Di; Johan, Henry |
| | 2012 | Enhanced waypoint graph for path planning in virtual worlds | Wardhana, Nicholas Mario; Johan, Henry; Seah, Hock Soon |
| 2019 | Generation of 3D building models from archived city area maps by fusing information from multiple sources | Dong, Chaoqun; Martel, Roman; Chen, Kan; Johan, Henry; Erdt, Marius |
| 2019 | Generation of 3D building models from city area maps | Martel, Roman; Erdt, Marius; Dong, Chaoqun; Chen, Kan; Johan, Henry |
| 2018 | High performance city rendering in Vulkan | Zhang, Alex; Chen, Kan; Johan, Henry; Erdt, Marius |
| | 2018 | Interactive rendering of translucent materials under area lights using voxels and Poisson disk samples | Koa, Ming Di; Johan, Henry; Sourin, Alexei |
| 2017 | Interactive screenspace fragment rendering for direct illumination from area lights using gradient aware subdivision and radial basis function interpolation | Koa, Ming Di; Johan, Henry; Sourin, Alexei |
| 2011 | Real-time line drawing of 3D models taking into account curvature-based importance | Wada, Shohei; Johan, Henry; Trigo, Pablo Garcia; Nishita, Tomoyuki |
| | 2011 | Real-time rendering of approximate caustics under environment illumination | Tandianus, Budianto; Johan, Henry; Seah, Hock Soon |
| 2014 | Spectral caustic rendering of a homogeneous caustic object based on wavelength clustering and eye sensitivity | Seah, Hock Soon; Lin, Feng; Tandianus, Budianto; Johan, Henry |
