'Graph problems' presentation slideshows

Stephan Holzer

865 views • 69 slides

558 views • 46 slides

CISC1400: Discrete Structure Introduction

489 views • 28 slides

Expanding Online Homework Systems with Student Generated Graphs and Diagrams James (J.T.) Laverty

Expanding Online Homework Systems with Student Generated Graphs and Diagrams James (J.T.) Laverty MSU Graduate Student Physics Education Research April 21st, 2012. Graphs. The ability to work with graphs is a necessary skill in all of the sciences, physics included.

276 views • 18 slides

Expanding Online Homework Systems with Student Generated Graphs and Diagrams James (J.T.) Laverty

Expanding Online Homework Systems with Student Generated Graphs and Diagrams James (J.T.) Laverty MSU Graduate Student Physics Education Research April 21st, 2012. Graphs. The ability to work with graphs is a necessary skill in all of the sciences, physics included.

187 views • 18 slides

Graphs

Graphs. CS 2606. Topics. Graph notation revisited Undirected graph Directed graph Weighted/labeled graph More graph problems Euler Tour Hamiltonian cycle Max Clique Traveling salesman. Undirected Graph. Graph G=(V,E): V={a,b,c,d}, E={(a,b),(b,c),(b,d),(a,d)}. a. b. c. d.

432 views • 17 slides

Data Structures - Graph

Data Structures - Graph . Graphs are simply a collection of nodes (points) and edges connecting the nodes. Typical notation lookslike this G = { N, E }. G = the graph. N = node set E = edge set Nodes represent items under consideration - can be anything.

391 views • 16 slides

Maintaining Large Dense Subgraphs on Dynamic Networks

Maintaining Large Dense Subgraphs on Dynamic Networks. Atish Das Sarma Ashwin Lall Danupon Nanangkoi Amitabh Trehan. Density. Network density is probably the most fundamental network metric for understanding how networks tick. Third Degree Centrality (blog), June 16, 2011. Sparse but Dense.

315 views • 15 slides