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teaching:ss2014:lecture_shape_analysis [2014/07/21 17:43]
windheus |
teaching:ss2014:lecture_shape_analysis [2015/02/11 12:11] (current)
vestner |
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| ^ Date ^ Slides ^ Exercise ^ Reading ^ | ^ Date ^ Slides ^ Exercise ^ Reading ^ |
| |Mon. 07.04.2014|{{:teaching:ss2014:lecture_shape_analysis:01_-_introduction.pdf|Introduction}}| {{:teaching:ss2014:lecture_shape_analysis:sheet1.pdf|Exercise Sheet 1}} ({{:teaching:ss2014:lecture_shape_analysis:sheet1_solution.pdf|solution}}) {{:teaching:ss2014:lecture_shape_analysis:exercise1.zip|Matlab Exercise Code}} ({{:teaching:ss2014:lecture_shape_analysis:exercise1_solution.zip|solution}})|[BBK]| | |Mon. 07.04.2014|{{:teaching:ss2014:lecture_shape_analysis:01_-_introduction.pdf|Introduction}}| {{:teaching:ss2014:lecture_shape_analysis:sheet1.pdf|Exercise Sheet 1}} {{:teaching:ss2014:lecture_shape_analysis:exercise1.zip|Matlab Exercise Code}} |[BBK]| |
| |Mon. 14.04.2014|{{:teaching:ss2014:lecture_shape_analysis:02_-_shapes_as_metric_spaces.pdf|Shapes as Metric Spaces}}|{{:teaching:ss2014:lecture_shape_analysis:sheet2.pdf|Exercise Sheet 2}} ({{:teaching:ss2014:lecture_shape_analysis:sheet2_solution.pdf|solution}}) {{:teaching:ss2014:lecture_shape_analysis:exercise2.zip|Matlab Exercise Code}} ({{:teaching:ss2014:lecture_shape_analysis:exercise2_solution.zip|solution}})|[BBK] [BBI] [[https://people.math.osu.edu/memoli.2/papers/dgh-euclidean.pdf|[M08]]] [[https://people.math.osu.edu/memoli.2/papers/dgh-sgp04.pdf|[MS04]]] [[https://people.math.osu.edu/memoli.2/papers/dghlp-PBG-fin.pdf|[M07]]]| | |Mon. 14.04.2014|{{:teaching:ss2014:lecture_shape_analysis:02_-_shapes_as_metric_spaces.pdf|Shapes as Metric Spaces}}|{{:teaching:ss2014:lecture_shape_analysis:sheet2.pdf|Exercise Sheet 2}} {{:teaching:ss2014:lecture_shape_analysis:exercise2.zip|Matlab Exercise Code}} |[BBK] [BBI] [[https://people.math.osu.edu/memoli.2/papers/dgh-euclidean.pdf|[M08]]] [[https://people.math.osu.edu/memoli.2/papers/dgh-sgp04.pdf|[MS04]]] [[https://people.math.osu.edu/memoli.2/papers/dghlp-PBG-fin.pdf|[M07]]]| |
| |Thur. 24.04.2014|{{:teaching:ss2014:lecture_shape_analysis:03_-_the_assignment_problem.pdf|The Assignment Problem}}|{{:teaching:ss2014:lecture_shape_analysis:sheet3.pdf|Exercise Sheet 3}} ({{:teaching:ss2014:lecture_shape_analysis:sheet3_solution.pdf|solution}}) {{:teaching:ss2014:lecture_shape_analysis:exercise3.zip|Matlab Exercise Code}} ({{:teaching:ss2014:lecture_shape_analysis:exercise3_solution.zip|solution}})|[[https://people.math.osu.edu/memoli.2/papers/dghlp-PBG-fin.pdf|[M07]]] [[http://www.ri.cmu.edu/pub_files/pub4/leordeanu_marius_2005_1/leordeanu_marius_2005_1.pdf|[LH05]]] [[http://vision.in.tum.de/_media/spezial/bib/rodola-cvpr12.pdf|[RB12]]]| | |Thur. 24.04.2014|{{:teaching:ss2014:lecture_shape_analysis:03_-_the_assignment_problem.pdf|The Assignment Problem}}|{{:teaching:ss2014:lecture_shape_analysis:sheet3.pdf|Exercise Sheet 3}}{{:teaching:ss2014:lecture_shape_analysis:exercise3.zip|Matlab Exercise Code}} |[[https://people.math.osu.edu/memoli.2/papers/dghlp-PBG-fin.pdf|[M07]]] [[http://www.ri.cmu.edu/pub_files/pub4/leordeanu_marius_2005_1/leordeanu_marius_2005_1.pdf|[LH05]]] [[http://vision.in.tum.de/_media/spezial/bib/rodola-cvpr12.pdf|[RB12]]]| |
| |Mon. 05.05.2014|{{:teaching:ss2014:lecture_shape_analysis:04_-_euclidean_embeddings.pdf|Euclidean Embeddings}}||[BBK]| | |Mon. 05.05.2014|{{:teaching:ss2014:lecture_shape_analysis:04_-_euclidean_embeddings.pdf|Euclidean Embeddings}}||[BBK]| |
| |Thur. 08.05.2014|{{:teaching:ss2014:lecture_shape_analysis:05_-_differential_geometry.pdf|Differential Geometry I}}||[DC] [K]| | |Thur. 08.05.2014|{{:teaching:ss2014:lecture_shape_analysis:05_-_differential_geometry.pdf|Differential Geometry I}}||[DC] [K]| |
| |Thur. 15.05.2014|{{:teaching:ss2014:lecture_shape_analysis:06_-_differential_geometry_ii.pdf|Differential Geometry II}}|{{:teaching:ss2014:lecture_shape_analysis:sheet4.pdf|Exercise Sheet 4}}({{:teaching:ss2014:lecture_shape_analysis:sheet4_solution.pdf|solution}}) {{:teaching:ss2014:lecture_shape_analysis:exercise4.zip|Matlab Exercise Code}}({{:teaching:ss2014:lecture_shape_analysis:exercise4_solution.zip|solution}})|[DC] [K]| | |Thur. 15.05.2014|{{:teaching:ss2014:lecture_shape_analysis:06_-_differential_geometry_ii.pdf|Differential Geometry II}}|{{:teaching:ss2014:lecture_shape_analysis:sheet4.pdf|Exercise Sheet 4}} {{:teaching:ss2014:lecture_shape_analysis:exercise4.zip|Matlab Exercise Code}}|[DC] [K]| |
| |Thur. 22.05.2014|{{:teaching:ss2014:lecture_shape_analysis:07_-_isometries.pdf|Isometries}}||[DC]| | |Thur. 22.05.2014|{{:teaching:ss2014:lecture_shape_analysis:07_-_isometries.pdf|Isometries}}||[DC]| |
| |Mon. 26.05.2014|{{:teaching:ss2014:lecture_shape_analysis:08_-_laplacian.pdf|The Laplacian}}|{{:teaching:ss2014:lecture_shape_analysis:sheet5.pdf|Exercise Sheet 5}}({{:teaching:ss2014:lecture_shape_analysis:sheet5_solution.pdf|solution}}) {{:teaching:ss2014:lecture_shape_analysis:exercise5.zip|Matlab Exercise Code}}({{:teaching:ss2014:lecture_shape_analysis:exercise5_solution.zip|solution}})|[[http://brickisland.net/cs177/?p=309|[C]]] [[http://wwwmath.uni-muenster.de/num/Vorlesungen/WissenschaftlichesRechnen_WS1213/Dateien/Fem-intro.pdf|[G]]]| | |Mon. 26.05.2014|{{:teaching:ss2014:lecture_shape_analysis:08_-_laplacian.pdf|The Laplacian}}|{{:teaching:ss2014:lecture_shape_analysis:sheet5.pdf|Exercise Sheet 5}} {{:teaching:ss2014:lecture_shape_analysis:exercise5.zip|Matlab Exercise Code}}|[[http://brickisland.net/cs177/?p=309|[C]]] [[http://wwwmath.uni-muenster.de/num/Vorlesungen/WissenschaftlichesRechnen_WS1213/Dateien/Fem-intro.pdf|[G]]]| |
| |Thur. 05.06.2014|{{:teaching:ss2014:lecture_shape_analysis:09_-_intrinsic_shape_descriptors.pdf|Intrinsic Shape Descriptors}}||[[https://sites.google.com/site/raifrustamov/downloads/SGP2007.pdf?attredirects=0|[R07]]] [[http://www.geomtop.org/paper_ppt/multiscale_htker.pdf|[SOG09]]]| | |Thur. 05.06.2014|{{:teaching:ss2014:lecture_shape_analysis:09_-_intrinsic_shape_descriptors.pdf|Intrinsic Shape Descriptors}}||[[https://sites.google.com/site/raifrustamov/downloads/SGP2007.pdf?attredirects=0|[R07]]] [[http://www.geomtop.org/paper_ppt/multiscale_htker.pdf|[SOG09]]]| |
| |Thur. 12.06.2014|{{:teaching:ss2014:lecture_shape_analysis:10_-_functional_maps.pdf|Functional Maps}}||[[http://www.lix.polytechnique.fr/~maks/papers/obsbg_fmaps.pdf|[OBSBG12]]]| | |Thur. 12.06.2014|{{:teaching:ss2014:lecture_shape_analysis:10_-_functional_maps.pdf|Functional Maps}}||[[http://www.lix.polytechnique.fr/~maks/papers/obsbg_fmaps.pdf|[OBSBG12]]]| |
| |Thur. 26.06.2014|{{:teaching:ss2014:lecture_shape_analysis:11_-_intrinsic_metrics.pdf|Intrinsic Metrics}}||[[http://www.pnas.org/content/102/21/7426.long|[CL05]]] [[http://www.zbp.univie.ac.at/dokumente/einstein2.pdf|[E05]]]| | |Thur. 26.06.2014|{{:teaching:ss2014:lecture_shape_analysis:11_-_intrinsic_metrics.pdf|Intrinsic Metrics}}||[[http://www.pnas.org/content/102/21/7426.long|[CL05]]] [[http://www.zbp.univie.ac.at/dokumente/einstein2.pdf|[E05]]]| |
| |Thur. 03.07.2014|(Very) Recent Advances on Shape Analysis||{{:teaching:ss2014:lecture_shape_analysis:papers.zip|download}}| | |Thur. 03.07.2014|(Very) Recent Advances on Shape Analysis||{{:teaching:ss2014:lecture_shape_analysis:papers.zip|download}}| |
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