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An Efficient Fusion Move Algorithm for the Minimum Cost Lifted Multicut Problem
Published on 2016-10-241506 Views
Many computer vision problems can be cast as an optimization problem whose feasible solutions are decompositions of a graph. The minimum cost lifted multicut problem is such an optimization problem. I
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Presentation
An Efficient Fusion Move Algorithm for the Minimum Cost Lifted Multicut Problem00:00
Outline00:12
Multicut Objective00:25
Minimum Multicut Objective/100:34
Minimum Multicut Objective/201:34
Minimum Multicut Objective/301:49
Minimum Multicut Objective/401:59
Minimum Multicut Objective/502:02
Minimum Multicut Objective/602:11
Minimum Multicut Objective - Use Cases/102:18
Minimum Multicut Objective - Use Cases/202:47
Lifted Multicut Objective03:04
Motivation Lifted Minimum Multicut Objective/103:08
Motivation Lifted Minimum Multicut Objective/203:16
Motivation Lifted Minimum Multicut Objective/303:21
Motivation Lifted Minimum Multicut Objective/403:29
Motivation Lifted Minimum Multicut Objective/503:34
Motivation Lifted Minimum Multicut Objective/603:43
Motivation Lifted Minimum Multicut Objective/703:55
Motivation Lifted Minimum Multicut Objective/804:07
Minimum Lifted Multicut Objective/104:14
Minimum Lifted Multicut Objective/204:22
Minimum Lifted Multicut Objective/304:23
Minimum Lifted Multicut Objective/404:30
Minimum Lifted Multicut Objective/504:38
Minimum Lifted Multicut Objective/604:45
Minimum Lifted Multicut Objective/704:48
Minimum Lifted Multicut Objective/804:51
Minimum Lifted Multicut Objective/904:57
Minimum Lifted Multicut Objective/1005:01
Minimum Lifted Multicut Objective/1105:07
Minimum Lifted Multicut Objective/1205:17
Minimum Lifted Multicut Objective/1305:18
Fusion Moves for the Minimum Cost Lifted Multicut05:36
Efficiently fuse two Solutions/105:51
Efficiently fuse two Solutions/206:00
Efficiently fuse two Solutions/306:04
Efficiently fuse two Solutions/406:21
Efficiently fuse two Solutions/506:35
Efficiently fuse two Solutions/606:44
Fusion Moves for Lifted Multicuts06:55
Applications & Benchmarks07:40
Segmentation of Neuronal Processes in EM Images/107:43
Segmentation of Neuronal Processes in EM Images/207:50
Segmentation of Neuronal Processes in EM Images/308:02
Segmentation of Neuronal Processes in EM Images/408:07
Segmentation of Neuronal Processes in EM Images/508:10
Segmentation of Neuronal Processes in EM Images/608:16
Segmentation of Neuronal Processes in EM Images/708:17
Segmentation of Neuronal Processes in EM Images/808:19
Segmentation of Neuronal Processes in EM Images/908:21
Segmentation of Neuronal Processes in EM Images/1008:26
Segmentation of Neuronal Processes in EM Images/1108:30
Segmentation of Neuronal Processes in EM Images/1208:38
Segmentation of Neuronal Processes in EM Images/1308:42
Segmentation of Neuronal Processes in EM Images/1408:48
Segmentation of Neuronal Processes in EM Images/1508:52
Segmentation of Neuronal Processes in EM Images/1609:08
Fusing multiple segmentations into a single one/109:39
Fusing multiple segmentations into a single one/210:30
Fusing multiple segmentations into a single one/310:36
That's all folks10:47