Department of Computer Science and Engineering
Chalmers University of Technology
Office: Kuggen, Lindholmsplatsen 1, SE-412 96 Göteborg, Sweden
Short CV (updated: Nov. 2017)
Nov. 13rd, 2017 — I am looking for a motivated PhD student! Find more details here.
I am an Associate Professor at Chalmers University of Technology, in Gothenburg (Sweden). My research interests are in the area of interactive computer graphics, physically-based animation and virtual characters synthesis, with application to computational design and medical fields. In particular, I focus on (i) the application of computational physical models to the simulation of soft bodies and (ii) the design and implementation of parallel simulation algorithms and data structures suitable for the full exploitation of modern GPUs. I have been a senior lecturer at Chalmers (2014 – 2016), and an assistant professor (2011 – 2014) at Sapienza University of Rome (Italy), where I obtained my PhD degree (2009) in Computer Engineering. I have been also a visiting professor (03-07/2014) at Télécom ParisTech in Paris (France), and from 2004 to 2006 a visiting researcher at the Image Coding Group at the Linköping Institute of Technology (Sweden).
Interactive deformable body dynamics is a largely studied field in 3D computer graphics because it allows to replicate the motion and the properties of soft objects like cloth, fabric, hair, skin, etc. This is extremely useful in a broad range of areas including CAD industry (virtual prototyping and visualization), media and entertainment (video games), education tools (for example, surgical simulators), and visual feedback in science and engineering. The animation of soft objects is difficult because they are defined by complex physical and mathematical models, which must be solved in few milliseconds to allow the real-time interaction with the user. Usually, the achieved dynamics look plausible but it is not realistic in a mechanical sense. Encompassing actual realism without sacrificing interactivity is one of the goals of my current research. See this video from the two minutes paper channel for a brief and clear explanation of my most recent work.
Virtual character animation is a difficult problem which has been studied by the Computer Graphics community from more than thirty year, with many application areas ranging from entertainment to telepresence. The human body is composed by many heterogeneous components tightly interconnected together. The tissues are formed by anisotropic, incompressible materials, whose dynamic behavior is hard to replicate. The problem requires precise solutions because we, as human beings, are trained to detect the smallest artifacts. I developed several approaches which carefully crafted (in a numerical sense) the different properties of the human tissue and combine them together seamlessly. I have obtained relatively simple models of the human face, governed by few parameters and thus easy to use, but still able to produce convincing and believable results.
- [2017/08] My STINT application for Parallel Algorithms for Interactive Simulations of 3D SoftTissues together with Yin Yang has been granted!
- [2017/08] I am proud to be invited for a talk at the ICCV 2017 IMADO workshop in October! Together with some great researchers…
- [2017/07] I will be visiting Disney Research Zurich for two weeks during July.
- [2017/06] Our paper on multi-layered surface sculpting has been published at the Eurographics Symposium on Rendering!
- [2017/06] I have been invited to talk at the IS4SI conference about digitization and sustainability.
- [2017/03] our paper on automatic inverse kinematics has been invited to be presented at Eurographics 2017!
- [2017/02] our paper on inextensible surgical threads has been accepted in the International Journal of Solids and Structures
- [2017/02] I attended the Bellairs Workshop on Computer Animation 2017
- [2017/01] our paper on automatic inverse kinematics has been accepted to Computer Graphics Forum
- [2016/10] Vivace has been featured on Two minute papers, by Károly Zsolnai-Feher
- [2016/08] our publication on fast soft body dynamics has been accepted to SIGGRAPH ASIA 2016.
- [2016/08] I am conference chair of the ACM Symposium on Virtual Reality Software and Technology (VRST) together with M. Fjeld and D. Sjölie.
- [2016/08} our publication on realistic rendering of woven cloth has been accepted to Eurographics Smart Tools and Apps in computer Graphics (STAG) 2016.
- [2016/07] our publication on inverse kinematics has been accepted for The Visual Computer Journal (Springer).
- [2016/07] our seed application on animation of volumetric cell structures at the ICT Area of Advance (Chalmers Univ. of Technology) has been granted!
- [2016/07] our seed application on virtual reality at the ICT Area of Advance (Chalmers Univ. of Technology) has been granted!
- [2016/02] our paper on the state of the art for animation of articulated characters has been presented at the Conference on Computer Graphics, Theory and Applications (GRAPP 2016)
- [2015/11] my application “Interactive 3D Deformable Bodies” at the Swedish Research Council (Vetenskapsrådet, unga forskar) has been granted!
- [2015/10] our paper “Low-cost Experimental Setups for Mid-air 3D Reconstruction” has been presented to Eurographics Smart Tools and Apps in computer Graphics (STAG).
- [2015/07] our paper “A GPU-based Implementation of Position Based Dynamics for Interactive Deformable Bodies” has been published in Journal of Graphics Tools (invited paper from SIGRAD 2014)
- [2015/01] our paper “Scalable Partitioning for Parallel Position Based Dynamics” has been accepted to Eurographics 2015.