# 'Flow networks' presentation slideshows

## Maximum Flow

Maximum Flow. c. v. 3 / 3. 4 / 6. 1 / 1. t. 4 / 7. 3 / 3. s. w. 1 / 9. 3 / 5. 1 / 1. 3 / 5. z. u. 2 / 2. Outline and Reading. Flow networks Flow ( § 8.1.1) Cut ( § 8.1.2) Maximum flow Augmenting path ( § 8.2.1) Maximum flow and minimum cut ( § 8.2.1)

(279 views)

## References

Figure 1. Schematic of “typical” vegetated buffer system with diagram illustrating key differences between sheet and concentrated flows. A GIS-Enabled Kinematic Wave Approach for Calculating the Transition between Sheet and Concentrated Flows

By davida
(91 views)

## Stationary efficiency of co-evolutionary networks: an inverse voter model

Stationary efficiency of co-evolutionary networks: an inverse voter model. Chen-Ping Zhu 12 ， Hui Kong 1 ， Li Li 3 ， Zhi-Ming Gu 1 ， Shi-Jie Xiong 4. Outline. 1. Motivations of our work 2. Inverse voter model (IVM) for co-evolutionary networks

By kolina
(120 views)

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## Flow networks

Flow networks. 2. 5. 1. How much flow can we push through from s to t ? (Numbers are capacities.). 4. 7. 3. 2. 5. 2. Flow networks. 5. 1. s. 4. 7. t. 3. 2. 5. Def:

By criddick (0 views)

## Flow networks

Flow networks. 2. 5. 1. How much flow can we push through from s to t ? (Numbers are capacities.). 4. 7. 3. 2. 5. 2. Flow networks. 5. 1. s. 4. 7. t. 3. 2. 5. Def:

By mkeller (0 views)

## Flow Networks

Flow Networks. Topics Flow Networks Residual networks Ford-Fulkerson’s algorithm Ford-Fulkerson's Max-flow Min-cut Algorithm. Chapter 7 Algorithm Design Kleinberg and Tardos. Flow Networks. A directed graph can be interpreted as a flow network to analyse material flows through networks.

By everly (202 views)

## Flow Networks

Flow Networks. Network Flows. Types of Networks. Internet Telephone Cell Highways Rail Electrical Power Water Sewer Gas …. Maximum Flow Problem. How can we maximize the flow in a network from a source or set of sources to a destination or set of destinations?

By erek (240 views)

## Flow networks

Flow networks. 2. 5. 1. How much flow can we push through from s to t ? (Numbers are capacities.). 4. 7. 3. 2. 5. Flow networks. 2. 5. 1. How much flow can we push through from s to t ? (Numbers are capacities.). 4. 7. 3. 8.

## Flow Networks

Flow Networks. Flow Networks. Directed Graph with edge capacities Capacities represent flow of materials Examples Water that can flow through a pipe Traffic that can flow between two intersections Electricity flowing through a wire Data transmitted over network connection. Maximum Flow.

By julie (179 views)

## Flow Networks

Flow Networks. zichun@comp.nus.edu.sg. Formalization. Basic Results. Min-cut. Ford-Fulkerson. Edmunds-Karp. Bipartite Matching. Flow Network. Directed Graph G = (V, E) Each edge has a capacity. Properties of Flow. Capacity Constraint Skew Symmetry Flow Conservation. Maximum Flow.

By thuyet (130 views)

## Maximum Flow Networks

Maximum Flow Networks. Suppose G = (V, E) is a directed network. Each edge (i,j) in E has an associated ‘capacity’ u ij . Goal: Determine the maximum amount of flow between two specified vertices s and t. The capacity v of a path P is the sum of its constituent

By efuru (128 views)