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OpenGM Benchmark (IJCV 2015)

Benchmark database of discrete energy minimization problems. For further details see

Jörg H. Kappes, Bjoern Andres, Fred A. Hamprecht, Christoph Schnörr, Sebastian Nowozin, Dhruv Batra, Sungwoong Kim, Thorben Kroeger, Bernhard X. Kausler, Jan Lellmann, Bogdan Savchynskyy, Nikos Komodakis, Carsten Rother :
"A Comparative Study of Modern Inference Techniques for Discrete Energy Minimization Problems",
International Journal of Computer Vision 2015,
[publisher], [preprint], [sublementary material 1][sublementary material 2], [bib]

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Models

dataset dataset (zip)     description model description (pdf)     evaluation evaluation (html)    
         
   Variables LabelsOrderStructureFunctionsInstancesReference Comment
In-Painting (N4)
J. Lellmann et.al.
converted by J. Lellmann and J.H. Kappes
dataset description evaluation 1440042grid4potts2[56]
In-Painting (N8)
J. Lellmann et.al.
converted by J. Lellmann and J.H. Kappes
dataset description evaluation 1440042grid8potts2[56]
ColorSegmentation (N4)
J. Lellmann et.al.
converted by J. Lellmann and J.H. Kappes
dataset description evaluation 768003-122grid4potts2[56]
ColorSegmentation (N8)
J. Lellmann et.al.
converted by J. Lellmann and J.H. Kappes
dataset description evaluation 768003-122grid8potts2[56]
ColorSegmentation
K. Alahari et.al.
converted by J.H. Kappes
dataset description evaluation 21000-4247203-42grid8potts2[19]
Object Segmentation
K. Alahari et.al.
converted by J.H. Kappes
dataset description evaluation 681604-82grid4potts2[19]
MRF Photomontage
R. Szeliski et.al.
converted by J.H. Kappes
dataset description evaluation 425632-5140805-72grid4explicite2[64]Models include soft-constraints.
MRF Stereo
R. Szeliski et.al.
converted by J.H. Kappes
dataset description evaluation ~10000016-602grid4trunc. conv.3[64]
MRF Inpainting
R. Szeliski et.al.
converted by J.H. Kappes
dataset description evaluation 21838-655362562grid4trunc. L22[64]
Chinese Characters
S. Nowozin et.al.
converted by S. Nowozin and J. H. Kappes
dataset description evaluation 4992-1785622sparseexplicit100[58]
Brain 3mm
J. H. Kappes et.al.
converted by J. H. Kappes
dataset evaluation 2356620523d-grid6potts4[1]Good example for large scale
Brain 5mm
J. H. Kappes et.al.
converted by J. H. Kappes
dataset evaluation 1413972523d-grid6potts4[1]Good example for large scale
Brain 9mm
J. H. Kappes et.al.
converted by J. H. Kappes
dataset evaluation 785540523d-grid6potts4[1]Good example for large scale
Scene Decomposition
Gould et.al.
converted by S. Nowozin and J. H. Kappes
dataset description evaluation 150-20882sparseexplicit751[37]Use superpixels.
Geometric Surface Labeling (3)
Gallagher et.al.
converted by D. Batra and J. H. Kappes
dataset description evaluation 29-113332sparseexplicit300[35,38]Use superpixels.
Geometric Surface Labeling (7)
Gallagher et.al.
converted by D. Batra and J. H. Kappes
dataset description evaluation 29-113372sparseexplicit300[35,38]Use superpixels.
Image Segmentation with Inclusion Prior
J. Kappes et.al.
converted by J. Kappes
dataset evaluation 102444sparsegpotts100[40]higher order
Matching
N. Komodakis et.al.
converted by N. Komodakis and J.H. Kappes
dataset description evaluation 19-2119-212full / sparseexplicit4[54]Local polytope relaxation is not tight.
Cell Tracking
B. X. Kausler et.al.
converted by B. X.Kausler
dataset description evaluation 4113429sparseexplicit1[46]Model includes soft-constraints.
Image Segmentation
B. Andres et.al.
converted by B. Andres
dataset description evaluation 156-3764156-37642sparsepotts100[20]Invariant to label permutation. Use superpixels.
Image Segmentation 3rd order
B. Andres et.al.
converted by J. Kappes
dataset evaluation 156-3764156-37643sparsegpotts100[20]Invariant to label permutation. Use superpixels.
Hirachical Image Segmentation
K. Sungwoong et.al.
converted by K. Sungwoong and J. H. Kappes
dataset description evaluation 122-651122-65134-651sparsepotts715[48]Invariant to label permutation. Use superpixels.
Knott 3D Segmentation 150
Bjoern Andres et.al.
converted by Thorben Kroeger
dataset evaluation 572-972572-9722sparsepotts2[23,22]Invariant to label permutation. Use supervoxels.
Knott 3D Segmentation 300
Bjoern Andres et.al.
converted by Thorben Kroeger
dataset evaluation 3846-58963846-58962sparsepotts2[23,22]Invariant to label permutation. Use supervoxels.
Knott 3D Segmentation 450
Bjoern Andres et.al.
converted by Thorben Kroeger
dataset evaluation 15150-1707415150-170742sparsepotts2[23,22]Invariant to label permutation. Use supervoxels.
Modularity Clustering
U. Brandes et.al.
converted by Joerg Kappes
dataset evaluation 34-11534-1152sparsepotts2[11]Invariant to label permutation.
Protein Folding
Yanover et. al.
converted by Joerg Kappes
dataset evaluation 33-197281-5032sparseexplicit21[2,10]Large models, arbitrary pairwise terms, selected hard models
Protein Prediction
Jaimovich et. al.
converted by Joerg Kappes
dataset evaluation 14258-1444123spaseexplicit8[2,9]binary 3rd order models
 
Last modified: September 23 2015 08:21:23 (legal notice)