2010

Animation Reconstruction of Deformable Surfaces


Human Visual System Models in Computer Graphics


Measurement-based modeling and fabrication of deformable materials for human faces


Study of parallel techniques applied to surface reconstruction from unorganized and unoriented point clouds


NURBS-compatible subdivision surfaces


Real-time High Quality HDR Illumination and Tonemapped Rendering


Constraint-Based Surface Processing for Geometric Modeling and Architecture


Exploiting Coherence in Lighting and Shading Computations


Process-Based Design of Multimedia Annotation Systems


Reconsidering Light Transport - Acquisition and Display of Real-World Reflectance and Geometry


Visual Analytics of Large Weighted Directed Graphs and Two-Dimensional Time-Dependent Data


Visibility Computations for Real-Time Rendering in General 3D Environments


Processing of Façade Imagery


Visual Exploration and Analysisof Perfusion Data


A Robust Approach to Interactive Virtual Cutting: Geometry and Color


Digital Processing and Management Tools for 2D and 3D Shape Repositories


A Stochastic Parallel Method for Real Time Monocular SLAM Applied to Augmented Reality


Hybrid Methods for Interactive Shape Manipulation


Filament-Based Smoke