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Edge-avoiding wavelets and their applications
Raanan Fattal
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Corresponding author for this work
The Rachel and Selim Benin School of Engineering and Computer Science
Research output
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Contribution to journal
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Conference article
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peer-review
263
Scopus citations
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Keyphrases
Computation Time
33%
Computational Photography
33%
Data Dependency
33%
Data Prediction
33%
Decorrelation
33%
Detail Enhancement
33%
Detail Image
33%
Dynamic Compression
33%
Edge Content
33%
Edge Preserving
33%
Edge-directed Interpolation
33%
Edge-preserving Smoothing
33%
Explicit Computation
33%
Halo Artifact
33%
Image Colorization
33%
Image Filtering
33%
Image pixels
33%
Image Processing
33%
Interpolation Schemes
33%
Laplace Equation
33%
Lifting Scheme
33%
Linear Translation
33%
Multi-scale Correlation
33%
Multi-scale Dynamics
33%
Multi-scale Processing
33%
Multiresolution Analysis
66%
Multiscale Edge
33%
New Wavelets
100%
Nonlinear Data
33%
Second Generation Wavelets
33%
System of Equations
33%
Translation Invariant
33%
Wavelet
100%
Wavelet Basis
33%
Engineering
Computation Time
50%
Decorrelation
50%
Dynamic Range
50%
Equation System
50%
Image Filtering
50%
Image Processing
50%
Interpolation Scheme
50%
Laplace Equation
50%
Multiresolution Analysis
100%
Multiscale
100%
Multiscale Edge
50%
Scale Dynamic
50%
Computer Science
Computation Time
50%
Computational Photography
50%
Equation System
50%
Generation Wavelet
50%
Image Filtering
50%
Image Processing
50%
Interpolation Scheme
50%
Laplace Equation
50%
Multiresolution Analysis
100%
Multiscale Edge
50%
Translation Invariant
50%