People
People
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Thesis: Use of the Particle Level Set Method for Enhanced Resolution of Free Surface Flows Occupation: Engineering Specialist at The Aerospace Corporation |
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Thesis: Application of Level Set Methods to Control and Reachability Problems in Continuous and Hybrid Systems Occupation: Associate Professor at University of British Columbia |
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Thesis: Computational Aspects of Dynamic Surfaces Occupation: Associate Professor at University of British Columbia |
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Thesis: Mesh Generation and Fracture for Deformable Bodies Occupation: Employee at Votsu |
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Thesis: Physics Based Modeling of the Human Face Occupation: Effects Programmer at Obsidian Entertainment |
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Thesis: Novel Finite Element Algorithms with Applications to Skeletal Muscle Simulation Occupation: Assistant Professor at UCLA |
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Thesis: Physically Based Simulation of Solids and Solid-Fluid Coupling Occupation: Computer Vision Researcher at PrimeSense |
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Thesis: Fracturing Deformable and Rigid Materials |
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Thesis: Simulation and Control of Articulated Rigid Bodies Occupation: Software Engineer at Google |
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Thesis: Algorithmic Aspects of the Simulation and Control of Computer Generated Human Anatomy Models Occupation: Assistant Professor at University of Wisconsin - Madison |
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Thesis: Algorithms for Increasing the Efficiency and Fidelity of Fluid Simulations Occupation: Production Technology Supervisor at Industrial Light + Magic |
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Thesis: Methods for the Physically Based Simulation of Solids and Fluids Occupation: Employee at Otherlab |
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Thesis: Hybrid Techniques for High-fidelity Physical Simulation of Solids and Fluids Occupation: Senior Software Engineer at Walt Disney Studios |
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Thesis: Simulation of Coupled Rigid and Deformable Solids and Multiphase Fluids Occupation: Postdoctoral researcher at Courant |
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Thesis: A Strongly Coupled Method for Fluid-structure Interaction Occupation: Postdoctoral researcher at Wyss Institute |
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Thesis: Scalable and Efficient Simulation of Solids and Fluids Occupation: Employee at Intel |
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Thesis: Practical Methods for Simulation of Compressible Flow and Structure Interactions Occupation: Employee at Google |
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Thesis: Coupled Simulation of Deformable Solids, Rigid Bodies, and Fluids with Surface Tension Occupation: Postdoctoal Researcher at UCLA |
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Occupation: Employee at Mentor Graphics Corporation |
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Occupation: Professor at State University of Campinas |
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Occupation: Professor at University of North Carolina - Chapel Hill |
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Occupation: Professor at University of Washington |
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Occupation: Employee at Millennium Partners |
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Occupation: Distinguished Engineer at Google |
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Thesis: Tracings and Their Convolution: Theory and Applications Occupation: CTO at SnapTell |
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Occupation: Professor at Universidade Federal do Rio Grande do Sul |
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Occupation: Employee at Google |
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Occupation: Employee at Adobe |
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Occupation: Researcher at Microsoft Research Silicon Valley |
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Occupation: Assistant Professor at University of Crete |
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Occupation: Assistant Professor at St. Olaf College |
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Occupation: Assistant Professor at University of Haifa |
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Occupation: COO at Bay Area K-Group |
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Occupation: Assistant Professor at State University of New York, Stony Brook |
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Occupation: CTO at Seravia |
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Occupation: Staff Software Engineer at Google |
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Thesis: Algorithms for Comparing and Analyzing 3D Geometry Occupation: Assistant Professor at KAUST |
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Thesis: Feature Analysis and Registration of Scanned Surfaces Occupation: Researcher at Nokia Research |
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Thesis: Implicit Bounding Volumes and Bounding Volume Hierarchies |
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Occupation: Assistant Professor at University of California, San Francisco |
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Thesis: Analysis of Scalar Fields Over Point Cloud Data Occupation: Postdoctoral Researcher at INRIA-Saclay |
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Thesis: Extraction of 1D Skeletons from Grayscale 3D Images Occupation: Employee at Google |
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Thesis: Robust Algorithms for Infrastructure Establishment in Sensor Networks Occupation: Postdoctoral Researcher at Max Planck Institut Informatik |
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Thesis: Routing to Mobile Users by Exploiting Mobility Prediction in Wireless Mesh Networks Occupation: Sr. Staff Firmware Scientist at Broadcom |
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Thesis: Lightweight Scheduling and Information Delivery in Wireless Networks Occupation: Employee at Google |
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Occupation: Senior Vice President at D. E. Shaw & Co. |
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Thesis: A Signal-Processing Framework for Forward and Inverse Rendering Occupation: Associate Professor at University of California - Berkeley |
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Thesis: Visualizing Route Maps Occupation: Associate Professor at University of California - Berkeley |
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Thesis: Stream Computing on Graphics Hardware Occupation: Employee at NVIDIA |
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Thesis: Digital Light Field Photography Occupation: Employee at Refocus Imaging |
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Occupation: System Architect at AMD |
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Thesis: Measuring Cognitive Load During Visual Tasks by Combining Pupillometry and Eye Tracking |
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Thesis: Backtracking Events as Indicators of Software Usability Problems Occupation: Assistant Professor at University of Puget Sound |
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Thesis: Designing Interactions that Combine Pen, Paper, and Computer Occupation: Founder at SquarePoet, Inc. |
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Occupation: Employee at Palantir Technologies |
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Thesis: Gaining Design Insight Through Interaction Prototyping Tools Occupation: Assistant Professor at University of California - Berkeley |
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Thesis: Example-Centric Programming: Integrating Web Search Into the Development Process Occupation: Research Scientist at Adobe Systems, Inc. Advanced Technology Labs |
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Thesis: Fast Volume Rendering Using a Shear-warp Factorization of the Viewing Transformation Occupation: Research Associate at Stanford University |
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Thesis: New Methods for Surface Reconstruction from Range Images Occupation: Professor at University of Washington |
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Thesis: Fitting Smooth Surfaces to Dense Polygon Meshes Occupation: CTO at Checkpoint Systems |
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Thesis: Real-time Acquisition and Rendering of Large 3D Models Occupation: Associate Professor at Princeton University |
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Thesis: Texture Synthesis by Fixed Neighborhood Searching Occupation: Researcher at Microsoft Research |
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Thesis: Multiperspective Imaging for Automated Urban Visualization Occupation: Software Engineer at Google |
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Thesis: Feature Analysis and Registration of Scanned Surfaces Occupation: Researcher at Nokia Research |
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Thesis: Efficiently Acquiring Reflectance Fields Using Patterned Illumination Occupation: Software Engineer at Google |
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Thesis: Novel Methods for Manipulating and Combining Light Fields Occupation: Employee at Microsoft Research |
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Thesis: Protected Dissemination and Computer-aided Reconstruction of Digitized Cultural Artifacts |
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Thesis: Synthetic Aperture Imaging Using Dense Camera Arrays Occupation: Software Engineer at Google |
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