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Model Reduction for Interactive Geometry Processing
Christopher Brandt
Computer Graphics and Visualisation
Research output
:
Thesis
›
Dissertation (TU Delft)
108
Downloads (Pure)
Overview
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Dive into the research topics of 'Model Reduction for Interactive Geometry Processing'. Together they form a unique fingerprint.
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INIS
algorithms
20%
anisotropy
10%
applications
10%
approximations
10%
calculation methods
10%
computerized simulation
10%
curves
20%
data
20%
deformation
10%
design
10%
differential operators
10%
energy
20%
functionals
10%
geometry
100%
modeling
50%
optimization
50%
processing
100%
reduction
100%
reflection
10%
resolution
10%
shape
10%
simulation
20%
smoothness
10%
space
10%
tools
30%
vector fields
20%
Engineering
Animation
14%
Anisotropic
14%
Computational Complexity
14%
Compute
14%
Computer Simulation
28%
Determines
14%
Energy Engineering
28%
Fields
42%
Geometric Flow
14%
Localized Deformation
14%
Model Reduction
100%
Models
57%
Optimisation Problem
14%
Optimization
57%
Processing
100%
Reduction
42%
Shape Space
14%
Spline Curve
14%
Mathematics
Algorithm
33%
Computational
16%
Curve
33%
Differential Operator
16%
Geometry
100%
Modeling
83%
Spline
33%
Vector Field
33%
Computer Science
Algorithms
16%
Animation
16%
Automatic Generation
16%
Biggest Challenge
16%
Classical Problem
16%
Computational Complexity
16%
Deformable Object
33%
Efficient Algorithm
16%
Energy Optimization
16%
Field Research
16%
Modeling and Simulation
33%
Optimization Problem
16%
Sparsity
33%
Splines
33%
Material Science
Field Research
100%