Dominik Borer
I am a joint Ph.D. candidate in both the Computer Graphics Laboratory at ETH Zürich and the Animation Group of Disney Research Studios under the supervision of Prof. Robert W. Sumner.
I received my Bachelor's and Master's degree in Computer Science from ETH Zürich in 2015 and 2017 respectively.
My research focuses on pose estimation and neural rendering.
Contact
dominik.borer [at] disneyresearch.com
dominik.borer [at] inf.ethz.ch
+41 79 855 63 16
CV
Publications
Augmenting Cats and Dogs
Computer Graphics Theory and Applications (GRAPP), 2021
Dominik Borer, Nihat Isik, Jakob Buhmann, Martin Guay,
Paper (coming soon) — Video (coming soon) — Scitepress Digital Library
Rig-Space Neural Rendering
Computer Graphics Theory and Applications (GRAPP), 2021
Dominik Borer, Lu Yuhang, Laura Wülfroth, Jakob Buhmann, Martin Guay,
Paper (coming soon) — Video (coming soon) — Scitepress Digital Library
Animating an Autonomous 3D Talking Avatar
Computer Graphics, Visualization, Computer Vision and Image Processing (CGVCVIP), 2019 (Best Paper)
Dominik Borer, Dominic Lutz, Martin Guay, Robert W. Sumner
Paper (coming soon) — Video (coming soon) — Iadis Digital Library
Keys-to-Sim: Transferring Hand-Crafted Key-framed Animations to Simulated Figures using Wide Band Stochastic Trajectory Optimization
Computer Graphics & Visual Computing (CGVC), 2018 (Best Student Paper)
Dominik Borer, Martin Guay, Robert W. Sumner
Paper — Video — Supplementary Material — Supplementary Material Video
Interacting with a Fully Simulated Self-Balancing Bipedal Character in Augmented and Virtual Reality
Encyclopedia of Computer Graphics and Games, 2018
Dominik Borer, Simone Guggiari, Robert W. Sumner , Martin Guay
Paper — Video
Projects
Model-Free Trajectory Optimization of Open-Loop Controls from Hand-Crafted Keyframed Animations
Master Thesis, ETH Zürich, 2017
In this master thesis we cover the process of model-free trajectory optimization to find open-loop controls for new characters designed by an artist to track hand-crafted keyframed animations. Read more...
Intuitive Design of Simulated Character Controllers
Semester Thesis, ETH Zürich, 2016
The control of physics-based simulated biped locomotion is a hard problem because bipeds are inherently unstable and underactuated. In this semester thesis we intend to create a controller for a physics-based simulated biped character that is stable for various motion styles, walking parameters and unpredicted disturbances. Read more...
Toppop (Game)
Game Programming Laboratory, ETH Zürich, 2016
The corn kernel is a social creature. In its natural environment, individuals can be observed dozing on densely populated cobs throughout the day. However, corn kernels held in captivity have evolved into another species entirely: popcorn. Read more...
Silhouette based Surface Deformations
Bachelor Thesis, ETH Zürich, 2015
In this bachelor thesis we intend to create a tool for the Maya modelling software which allows the user to deform a mesh based on simple view-dependent sketching. Compared to most deformation tools that require complex controls to deform a set of vertices, our tool allows the user to deform a mesh with only two simple strokes. Read more...