Symposium on Computer Animation 2011: Vancouver, BC, Canada

Fluids - Particle Methods

• Ryoichi Ando, Reiji Tsuruno:
  A Particle-based Method for Preserving Fluid Sheets. 7-16
  
• Haimasree Bhattacharya, Yue Gao, Adam W. Bargteil:
  A Level-set Method for Skinning Animated Particle Data. 17-24
  
• Iván Alduán, Miguel A. Otaduy:
  SPH Granular Flow with Friction and Cohesion. 25-32
  
• Karthik Raveendrany, Chris Wojtanz, Greg Turk:
  Hybrid Smoothed Particle Hydrodynamics. 33-42
  

Agents, Crowds, and Skinning

• Stephen J. Guy, Sujeong Kim, Ming C. Lin, Dinesh Manocha:
  Simulating Heterogeneous Crowd BehaviorsUsing Personality Trait Theory. 43-52
  
• Mubbasir Kapadia, Matthew Wang, Shawn Singh, Glenn Reinman, Petros Faloutsos:
  Scenario Space: Characterizing Coverage, Quality, and Failure of SteeringAlgorithms. 53-62
  
• Theodore Kim, Doug L. James:
  Physics-based Character Skinningusing Multi-Domain Subspace Deformations. 63-72
  
• Hao-Da Huang, Ling Zhao, KangKang Yin, Yue Qi, Yizhou Yu, Xin Tong:
  Controllable Hand Deformation from Sparse Examples with Rich Details. 73-82
  

Fluids - Mathematical Formulation

• Nuttapong Chentanez, Matthias Müller:
  A Multigrid Fluid Pressure SolverHandling Separating Solid Boundary Conditions. 83-90
  
• Michael Lentine, Mridul Aanjaneya, Ronald Fedkiw:
  Mass and Momentum Conservation for Fluid Simulation. 91-100
  
• Kenny Erleben, Marek Krzysztof Misztal, J. Andreas Bærentzen:
  Mathematical Foundation of the Optimization-based Fluid Animation Method. 101-110
  
• Christopher Batty, Ben Houston:
  A Simple Finite Volume Method for Adaptive Viscous Liquids. 111-118
  

Motion Capture

• Joseph T. Kider Jr., Kaitlin Pollock, Alla Safonova:
  A Data-driven Appearance Model for Human Fatigue. 119-128
  
• Sehoon Ha, Yunfei Bai, C. Karen Liu:
  Human Motion Reconstruction from Force Sensors. 129-138
  
• Robert Y. Wang, Sylvain Paris, Jovan Popovic:
  Practical Color-Based Motion Capture. 139-146
  
• Michalis Raptis, Darko Kirovski, Hugues Hoppe:
  Real-Time Classification of Dance Gesturesfrom Skeleton Animation. 147-156
  
• Naoki Numaguchi, Atsushi Nakazawa, Takaaki Shiratori, Jessica K. Hodgins:
  A Puppet Interface for Retrieval of Motion Capture Data. 157-166
  

Fluids - Control and Procedual Modeling

• Genichi Kawada, Takashi Kanai:
  Procedural Fluid Modeling of Explosion PhenomenaBased on Physical Properties. 167-176
  
• Ruoguan Huang, Zeki Melek, John Keyser:
  Preview-based Sampling for Controlling Gaseous Simulations. 177-186
  
• Yubo Zhang, Carlos D. Correa, Kwan-Liu Ma:
  Graph-based Fire Synthesis. 187-194
  

Facial Animation

• Natasha Kholgade, Iain Matthews, Yaser Sheikh:
  Content Retargeting Using Parameter-Parallel Facial Layers. 195-204
  
• Cyrus A. Wilson, Oleg Alexander, Borom Tunwattanapong, Pieter Peers, Abhijeet Ghosh, Jay Busch, Arno Hartholt, Paul E. Debevec:
  Facial Cartography: Interactive Scan Correspondence. 205-214
  
• Taehyun Rhee, Youngkyoo Hwang, James Dokyoon Kim, Changyeong Kim:
  Real-time Facial Animation from Live Video Tracking. 215-224
  

Deformable Objects

• Christopher D. Twigg, Zoran Kacic-Alesic:
  Optimization for Sag-Free Simulations. 225-236
  
• Raphael Diziol, Jan Bender, Daniel Bayer:
  Robust Real-Time Deformation of Incompressible Surface Meshes. 237-246
  
• David Harmon, Qingnan Zhou, Denis Zorin:
  Asynchronous Integration with Phantom Meshes. 247-256
  
• Basil Fierz, Jonas Spillmann, Matthias Harders:
  Element-Wise Mixed Implicit-Explicit Integration for Stable Dynamic Simulation of Deformable Objects. 257-266
  

Motion Editing

• Noah Lockwood, Karan Singh:
  Biomechanically-Inspired Motion Path Editing. 267-276
  
• C. O'Brien, John Dingliana, Steven Collins:
  Spacetime Vertex Constraints for Dynamically-based Adaptation of Motion-Captured Animation. 277-286
  
• Martin Prazák, Ludovic Hoyet, Carol O'Sullivan:
  Perceptual evaluation of footskate cleanup. 287-294
  

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