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1
Intro
2
Convexity in graphs
3
Examples
4
A Metric Characterization
5
Local-to-global Characterizations
6
Xo(G) is simply connected
7
Constructing a cover
8
Dismantlable graphs
9
A contractible complex for CB-graphs
10
2-sided Fellow Traveler Property
11
Final Remarks
12
Other Metric Characterizations
Description:
Explore a 55-minute lecture on graphs with convex balls presented by Jérémie Chalopin at the Workshop on Cube Complexes and Combinatorial Geometry. Delve into the characterization and generalization of bridged/systolic graphs, examining local-to-global characterizations and the contractibility of Rips complexes. Discover how groups acting geometrically on these graphs are biautomatic. Learn about convexity in graphs, metric characterizations, and the simple connectivity of triangle-pentagon complexes. Investigate dismantlable graphs, the 2-sided Fellow Traveler Property, and other metric characterizations in this comprehensive mathematical exploration.

Graphs with Convex Balls: Characterization and Applications - Workshop Lecture

Centre de recherches mathématiques - CRM
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