Computer Graphics Laboratory

Towards Learning a Generalized Physical Face Model from Data

Denoising Monte Carlo Renderings: a Sub-Pixel Exploration with Deep Learning

Fully Controllable Data Generation for Realtime Face Capture

Efficient Fluid Control with Machine Learning and Optimizations

Methods for Markerless Motion Capture and Character Animation

Data-Driven Face Analysis for Performance Retargeting

Generative Models for Image and Video Processing

Multimodal Affective State Prediction in Mobile Settings

Data-Driven Methods for Artist-Directed Fluid Simulations

Feature Extraction and Scalable Exploration for Scientific Data Analysis and Visualization

Attribution Methods for Interpreting and Optimizing Deep Neural Networks

Anatomy-impartial Methods for Physically-based Simulation of Faces

Efficient Light-Transport Simulation Using Machine Learning

Animation Models for Interactive AR Characters

Automatic Alignment Methods for Visual and Textual Data with Narrative Content

Intuitive Control of Animated Scenes

Video Frame Interpolation and Editing with Implicit Motion Estimation

Computational Design of Structured Materials

Data-driven Processing of Point-sampled Geometry

Recovery of the 3D Virtual Human: Monocular Estimation of 3D Shape and Pose with Data Driven Priors

Eye Reconstruction and Modeling for Digital Humans

Computational Design Tools for Personalized Robotic Creatures and Animatronics

Enabling the Art-Directability of Stylized Animations and Physically-Based Simulations through User-Centric Tools

Sensor-free learner models for trait discovery and identification in intelligent tutoring systems

Video Object Segmentation

Augmented Reality Storytelling

Perceptual Enhancements for Novel Displays

A computational appearance fabrication framework and derived applications

Geometric Methods for Realistic Animation of Faces

Optimization Methods for Character Animation using Rig Spaces

3D Reconstruction and Rendering from High Resolution Light Fields

Advanced 3D Display Technologies

Technologies for Next Generation Telepresence

Computational Design and Fabrication of Deformable Objects

Advanced Energy Optimization Algorithms for 2D and 3D Video-Based Graphics Applications

Modeling and Optimizing Computer-Assisted Mathematics Learning in Children

Computational Models for Stereoscopic Perception

Acquisition, Processing and Display for 3D Live-action Cinema and Television

Discontinuous Galerkin FEM in Computer Graphics

Meshless Sampling and Reconstruction of Manifolds and Patterns

Passive Spatio-Temporal Geometry Reconstruction of Human Faces at Very High Fidelity

Real-Time Camera Control for Interactive 3D Applications

Novel Toolset for 2D Drawing and Animation

Detail Enhancement for Fluid Simulations using Turbulence Modeling

Methods for Artistic Stylization in 3D Animation

Video-Based Rendering Techniques

Modeling and Evaluation of Computer-Assisted Spelling Learning in Dyslexic Children

Flexible, Unified and Directable Methods for Simulating Deformable Objects

Measurement-Based Modeling and Fabrication of Deformable Materials for Human Faces

Computational Visualization of Physics and Topology in Unsteady Flow

Hardware Architectures for Point-Based Graphics

Interactive Simulation of Topological Changes on Deformable Objects

Holography and Wave-Based Image Generation

A Design Framework for 3D Spatial Gesture Interfaces

3D Video Acquisition, Representation & Editing

Smart Displays in Interactive Visual Workspaces

Modeling and Animation with Relaxed Connectivity Requirements

Consistent Collision and Self-Collision Handling for Deformable Objects

Acquisition of Human Faces Using A Measurement-Based Reflectance Model

Meshless Lagrangian Methods for Physics-Based Animations of Solids and Fluids

Representation and Rendering of Implicit Surfaces

Selective Visualisation of Unsteady 3D Flow using Scale-Space and Feature-Based Techniques

Behavior Modeling and Real-Time Simulation for Autonomous Agents using Hierachies and Level-of-Detail

A multiresolution Representation for Light Field Acquisition and Processing

Dynamic Point Samples as Primitives for Free-Viewpoint Video

blue-c API: Software Support for Collaborative Virtual Reality

A Communication Architecture for Telepresence in Virtual Environments

Continuous reconstruction, rendering, and editing of point-sampled surfaces

Point Primitives for Interactive Modeling and Processing of 3D Geometry

A Framework for Open Surgery Simulation

Multiresolution Techniques for Non-Manifolds

IVORY - An Object-Oriented Framework for Physics-Based Information Visualization

Bernstein-Bézier Representations for Facial Surgery Simulation

Multiresolution Representation and Compression of Surfaces and Volumes

Methods for Physics Based Facial Surgery Prediction

Automatic Extraction of Vortex Core Lines and Other Line-Type Features for Scientific Visualization

Wavelet-based Volume Rendering