'Intersection graphs' presentation slideshows

Non-Hierarchical Sequencing Graphs

Non-Hierarchical Sequencing Graphs. example. Example. Algorithmic Graph Theory and its Applications. Martin Charles Golumbic. Algorithmic Graph Theory and its Applications. Martin Charles Golumbic. Algorithmic Graph Theory and its Applications. Martin Charles Golumbic. Introduction.

1.23k views • 98 slides

Random Dot Product Graphs

IPAM Intelligent Extraction of Information from Graphs & High Dimensional Data July 26, 2005. Random Dot Product Graphs. Ed Scheinerman Applied Mathematics & Statistics Johns Hopkins University. Coconspirators. Libby Beer John Conroy (IDA) Paul Hand (Columbia) Miro Kraetzl (DSTO)

926 views • 75 slides

Random Dot Product Graphs

IPAM Intelligent Extraction of Information from Graphs & High Dimensional Data July 26, 2005. Random Dot Product Graphs. Ed Scheinerman Applied Mathematics & Statistics Johns Hopkins University. Coconspirators. Libby Beer John Conroy (IDA) Paul Hand (Columbia) Miro Kraetzl (DSTO)

855 views • 75 slides

Clustering Documents

Clustering Documents. Overview. It is a process of partitioning a set of data in a set of meaningful subclasses. Every data in the subclass shares a common trait. It helps a user understand the natural grouping or structure in a data set. Unsupervised Learning Cluster, category, group, class

799 views • 68 slides

??????????? ?????? ??????????

511 views • 39 slides

Approximation algorithms for geometric intersection graphs

Approximation algorithms for geometric intersection graphs. Outline. Definitions Problem description Techniques Shifting strategy. Definitions. Intersection graph Given a set of objects on the plane Each object is represented by a vertex

517 views • 39 slides

?????? ?????????? ???????????-??????????-?????????

519 views • 39 slides

Approximation algorithms for geometric intersection graphs

Approximation algorithms for geometric intersection graphs. Outline. Definitions Problem description Techniques Shifting strategy. Definitions. Intersection graph Given a set of objects on the plane Each object is represented by a vertex

394 views • 39 slides