Radovan Slavuj has started on the position of colour scientist at R&D department of Alwan Color Expertise in Lyon, France. Alwan is a company that creates software for printing industry that provides control, calibration and profiling of a printing process. Currently, Radovan’s position involve improving and developing technology for multi-channel printer profiling.
Sepideh Samadzadegan has accepted the position as a colour scientist at R&D department of GMG GmbH & Co. KG company in Tübingen, Germany. GMG is a leading developer and global supplier of high-end color management software solutions. She will work with the senior color scientist Dr. Hanno Hoffstadt. Sepideh holds a doctoral degree from the Technische Universität Darmstadt. Her research focus was on spectral and specular printing.
Cp7 researcher Radovan Slavuj successfully defended his PhD thesis titled “Modeling and halftoning for multi-channel printers; a spectral approach” on December 14, 2015 at the Faculty of Computer Science and Media Technology, Gjøvik University College, Gjøvik, Norway.
Heartiest Congratulations! to Dr. Radovan Slavuj.
The PhD committee involved 2 external and 1 internal opponent and a head of committee and administrator:
- First External opponent: Prof. Dr. Jan Allebach, Purdue University, School of Electrical and Computer Engineering, USA
- Second External opponent: Prof. Dr. Ole Norberg, Umeå universitet, Sweden.
- Internal opponent: Prof. Dr. Ole Lund, Faculty of Computer Science and Media Technology, Gjøvik University College.
- Head of the committee and its administrator: Prof. Dr. Stephen Wolthusen, Faculty of Computer Science and Media Technology, Gjøvik University College.
Cp7 researcher Sepideh Samadzadegan successfully defended her PhD thesis titled “Printing Beyond Color: spectral and specular reproduction” on November 30, 2015 at the Computer Science Department, Interactive Graphics Systems group at Technische Universität Darmstadt, Germany.
Heartiest Congratulations! to Dr. Sepideh Samadzadegan.
The PhD committee involved 6 professors (jury members). The jury members for Sepideh’s defense were Prof. Dr.-techn. Dieter W. Fellner, Prof. Dr.-Ing. Edgar Dörsam, Prof. Jon Yngve Hardeberg, Prof. Dr. Johannes A. Buchmann, Prof. Dr. Kay Hamacher, Prof. Dr. Marc Fischlin.
Cp7 researcher Teun Baar successfully defended his PhD thesis titled “Optimization of print quality with multi-channel printing” on October 16, 2015 at Télécom ParisTech, Paris, France. Heartiest Congratulations! to Dr. Teun Baar.
Teun got some interesting and challenging questions and also positive comments on for example the presentation style. The jury did like the way Teun presented his research in an understandable way focused on a broad audience, while at the same time being able to focus on details of the research. The jury did also pointed out the diverse set of topics that were researched by Teun, which was possible due to several collaborations within the CP7 project.
The jury members for Teun defense were Prof. Jan Allebach, Prof. Christine Andraud, Prof. Yann Gousseau and Prof. Sabine Süsstrunk.
CP7 researcher Teun Baar will defend his PhD thesis on October 16, 2015 at Télécom ParisTech, Paris, France. The title of his PhD topic is “Optimisation of print quality with multi-channel printing”. For more details please click here.
We are happy to inform that the paper submitted by CP7 researcher Ludovic Coppel (written in collaboration with the associate partner Mid Sweden University) is now published in the Optics Express Journal. For more details please click here.
We are happy to inform that the paper “Spatio-Spectral Gamut Mapping and Separation” submitted by Sepideh Samadzadegan at CIC 2015 is accepted in the Journal of Imaging Science and Technology (JIST) and will be presented at the CIC23 conference held in Darmstadt, Germany.
In April 2015, CP7 researcher Teun Baar visited the Fraunhofer-Institute Darmstadt as part of his secondment. During the visit, a psychophysical experiment was conducted to assess the influence of texture on the perception of gloss and visa versa, using printed samples. The aim of the research was to acquire an improved understanding of the perception of these two aspects for 3D printed samples of which the gloss level was controlled.