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CMP Stereo Algorithm Evaluation

Center for Machine Perception
Czech Technical University Prague
http://cmp.felk.cvut.cz/
  Jana Kostliva   Radim Sara   Jan Cech  

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Results

This page presents results of tested methods. The main page (this page) shows the basic characteristic Efficiency of an algorithm which evaluates overall algorithm performance in range [0,1], where 1 is the best, ideal, algorithm. "SFB" in the table represents Stereo Feasibility Boundary, the boundary reached by all tested algorithms together, i.e. the best possible performance over all tested algorithms.

Detailed evaluation (plots and additional tables with other characteristics) on one scene only will be shown after clicking on the scene name. Clicking on numbers in the table will show results of selected algorithm only on selected scene.


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Efficiency

 
Algorithm
SFB 0.9673 0.9892 0.9939 0.9769 0.9574 0.9016 0.9951
SGM [7]  0.9603 0.9848 0.9843 0.9767 0.9511 0.8862 0.9948
WTA [6]  0.8664 0.9211 0.9842 0.8827 0.7902 0.7517 0.8660
SDM [1]  0.8450 0.9124 0.9609 0.7431 0.8517 0.7137 0.8958
CSM [2]  0.8252 0.9406 0.9621 0.6541 0.8223 0.7842 0.8172
DP [3]  0.6364 0.8914 0.6091 0.2689 0.8054 0.7597 0.8701
BP [5]  0.4516 0.5521 0.5740 0.0903 0.2660 0.7124 0.7723
GC [4]  0.4503 0.5293 0.4118 0.2425 0.2409 0.7887 0.6867

References:

[1] J.Kostkova, R. Sara: Stratified Dense Matching for Stereopsis in Complex Scenes. In BMVC2003, pp.339-348, 2003. [implementation]
[2] R. Sara: Finding the Largest Unambiguous component of Stereo Matching. In ECCV2002, pp.900-914, 2002.
[3] I. Cox et al.: A Maximum Likelihood Stereo Algorithm. CVIU, 63(3)
[4] V. Kolmogorov, R. Zabih: Computing Visual Correspondence with Occlusions Using Graph Cuts. In ICCV2001, pp.508-515,2001. [implementation]
[5] M. Tappen, W. Freeman: Comparison of Graph Cuts with Belief Propagation for Stereo, Using Identical MRF Parameters. In ICCV2003, pp.900-907,2003. [implementation]
[6] : Winner-takes-all with correlation (implemented by JKostliva). Research Report CTU-CMP-2007-08 Appendix A, 2007. [implementation]
[7] H. Hirschmueller: Stereo Processing by Semi-Global Matching and Mutual Information. In IEEE Transactions on Pattern Analysis and Machine Intelligence, Volume 30(2), February 2008, pp. 328-341.

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