This is a repository of the course project "Algorithms for large-scale optimal transport" for Convex Optimizatin 2018 Fall. It is a group project by Yifei Wang and Feng Zhu (lexicographically).
To reproduce the results in our report, please run the following Matlab programs:
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Figure 1 and Figure 2 in Section 3.1.2
plot_gmm.m
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Figure 3 in Section 4.1.3
plot_ellipse.m
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Figure 4 in Section 4.1.4
plot_caff.m
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Perfomance of mosek and gurobi on randomly generated data in Section 4.2.1
Test_RGD_mb.m
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Perfomance of mosek and gurobi on DOTmark in Section 4.2.2
Test_DOTmark_mb.m
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Perfomance of mosek and gurobi on Ellipse Example and Caffarelli’s Example in Section 4.2.3
Test_ellipse_mb.m
Test_caff_mb.m
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Perfomance of first order methods on randomly generated data in Section 4.3.2
Test_RGD_fo.m
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Perfomance of first order methods on DOTmark in Section 4.3.3
Test_DOTmark_fo.m
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Perfomance of first order methods on Ellipse Example and Caffarelli’s Example in Section 4.3.4
Test_ellipse_fo.m
Test_caff_fo.m
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Figure 5 and Figure 6 in Section 4.4.1
plot_gmm2.m
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Perfomance of algorithms for entropic regularization of OT on Gaussian mixture model in Section 4.4.1
Test_gmm_er.m
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Perfomance of algorithms for entropic regularization of OT on randomly generated data in Section 4.4.2
Test_RGD_er.m
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Perfomance of algorithms for entropic regularization of OT on DOTmark in Section 4.4.3
Test_RGD_er.m
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Perfomance of algorithms for entropic regularization of OT on Ellipse Example and Caffarelli’s Example in Section 4.4.4
Test_ellipse_er.m
Test_caff_er.m
'model_*.m' generates an OT model based on different dataset and 'model_unified.m' is a unified program to generate OT models.
'LP_*.m' implements different algorithms to solve the LP problem.
'LPER_*.m' implements different algorithms to solve the entropic regularization of OT.
'OT_*.m' provides necessary functions to create an OT model.
'Plot_*.m' plots figures in our reports.
'Test_*.m' implements numerical experiments in our reports.