Prof. Oliver Deussen (Konstanz University) introduces e-David, a robot which uses visual feedback - and real paint - to create artworks.
Speaker: Prof. Oliver Deussen, Visual Computing, Konstanz University
When: 4pm Wednesday 18 October 2017
In Computer Graphics, the term 'non-photorealistic rendering' is used for methods that create "artistically" looking renditions. In recent years deep neural networks revolutionized this area and today everybody can create artistically-looking images on their cellphones.
Our e-David project targets another goal: we want to understand the traditional painting process, imitate it using a machine and employ techniques from computational creativity on top of this to create artworks that have their own texture and look.
The machine supervises itself during painting and computes new strokes on the difference between content on the canvas and intended result. The involved framework enables artists to implement their own ideas in form of constraints for the underlying optimization process. In the talk I will present e-David as well as recent projects and outline our future plans.
Prof. Deussen graduated at Karlsruhe Institute of Technology and is now professor for visual computing at University of Konstanz (Germany) and visiting professor at the Shenzhen Institute of Applied Technology (Chinese Academy of Science). In 2014 he was awarded within the 1000 talents plan of the Chinese Government. He is vice speaker of the SFB Transregio "Quantitative Methods for Visual Computing" that is a large research project conducted together with University of Stuttgart. From 2012 to 2015 he served as Co-Editor in Chief of Computer Graphics Forum, currently he is Vice-President of Eurographics Association.
He serves as an editor of Informatik Spektrum, the journal of the German Informatics Association and is the speaker of the interest group for computer graphics. His areas of interest are modeling and rendering of complex biological systems, non-photorealistic rendering as well as Information Visualization. He also contributed papers to geometry processing, sampling methods, and image-based modelling.
Dates & times
|18 Oct 2017||4:00pm - 5:30pm|
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