Edge-Avoiding Wavelets and their Applications
[Paper link] [Supplemental Text] [New note about HDR compression]
Supplemental Image Results
Click on the images to view them in their native resolution
Dynamic-Range Compression see new note
Edge-Preserving Smoothing and Detail Enhancement
Edge-Aware Interpolation: Colorization
Comparison between the Weighted CDF and Red-Black Wavelets
Dynamic-Range Compression, NEW scheme and results-see new note!
Belgium House |
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Farbman et al. [2008] |
Durand and Dorsey [2002] |
Our old EAW result |
Our new EAW result (beta=0.7) |
Our new EAW result (beta=0.6) |
Doll |
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Li et al. [2005] |
Our old EAW result |
Our new EAW result (beta=0.7) |
Our new EAW result (beta=0.7)
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Hancock Kitchen |
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Paris et al. [2011] (photorealistic) |
Paris et al. [2011] (exaggerated) |
Our new EAW result (beta=0.55)
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Our new EAW result (beta=0.5)
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Our new EAW result (beta=0.45)
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Stanford Memorial |
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Pattanaik et al., Time-Dependent Visual Adaptation for Realistic Image Display, SIGGRAPH 2000 (local) |
Durand and Dorsey [2002] |
Our EAW result |
Office |
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Durand and Dorsey [2002] |
Drago et al., Adaptive Logarithmic Mapping for Displaying High Contrast Scenes, Eurographics 2003 |
Our EAW result |
Edge-Preserving Smoothing and Detail Enhancement
Flower |
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Input image |
Medium (top) Farbman et al. [2008], (bottom) our EAW result |
Fine (top) Farbman et al. [2008], (bottom) our EAW result |
Smoothing using our EAW result |
Image Colorization
Hands (de-colorization, or see Selective Colorization) | ||||
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Input color image (courtesy of Eric Jeschke) |
User strokes (light color, dark BW) |
Our EAW result |
Comparison between the Weighted CDF and Red-Black Wavelets
Belgium House |
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Weighted Separable (2,2)-CDF |
Weighted Red-Black |
Weak ripples along vertical edges in WCDF |
Scaling Functions |
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Cameraman |
Weighted CDF |
Weighted Red-Black |