## 1. Give an algorithm to solve the network flow problem for the case that the network forms a tree…

1. Give an algorithm to solve the network flow problem for the case that the network forms a tree… 1. Give an algorithm to solve the network flow problem for the case that the network forms a tree… 1. Give an algorithm to solve the network flow problem for the case that the network forms … Continue reading "1. Give an algorithm to solve the network flow problem for the case that the network forms a tree…"

## 1. Draw the priority search trees computed on each call to matrix s for the example discussed in…

1. Draw the priority search trees computed on each call to matrix s for the example discussed in… 1. Draw the priority search trees computed on each call to matrix s for the example discussed in… 1. Draw the priority search trees computed on each call to matrix  s for the example discussed in the … Continue reading "1. Draw the priority search trees computed on each call to matrix s for the example discussed in…"

## 1. Give a simplified version of the Edmonds-Karp bound for the case that all the capacities arc…

1. Give a simplified version of the Edmonds-Karp bound for the case that all the capacities arc… 1. Give a simplified version of the Edmonds-Karp bound for the case that all the capacities arc… 1. Give a simplified version of the Edmonds-Karp bound for the case that all the capacities arc 0(1). 2. Give a … Continue reading "1. Give a simplified version of the Edmonds-Karp bound for the case that all the capacities arc…"

## 1. Find all the with five edges for the bipartite graph in Figure 34.2. 2. Use the algorithm…

1. Find all the with five edges for the bipartite graph in Figure 34.2. 2. Use the algorithm… 1. Find all the with five edges for the bipartite graph in Figure 34.2. 2. Use the algorithm… 1. Find all the  with five edges for the bipartite graph in Figure 34.2. 2. Use the algorithm given … Continue reading "1. Find all the with five edges for the bipartite graph in Figure 34.2. 2. Use the algorithm…"

## 1. Construct a bipartite graph with six nodes and eight edges that has a three-edge matching, or…

1. Construct a bipartite graph with six nodes and eight edges that has a three-edge matching, or… 1. Construct a bipartite graph with six nodes and eight edges that has a three-edge matching, or… 1. Construct a bipartite graph with six nodes and eight edges that has a three-edge matching, or prove that none exists. … Continue reading "1. Construct a bipartite graph with six nodes and eight edges that has a three-edge matching, or…"

## 1. Modify the network flow program of Chapter 33 to take advantage of the special structure of…

1. Modify the network flow program of Chapter 33 to take advantage of the special structure of… 1. Modify the network flow program of Chapter 33 to take advantage of the special structure of… 1. Modify the network flow program of Chapter 33 to take advantage of the special structure of the 0-1 networks that … Continue reading "1. Modify the network flow program of Chapter 33 to take advantage of the special structure of…"

## 1. Construct a set of preference lists for N = 4 for the stable marriage problem Where everyone…

1. Construct a set of preference lists for N = 4 for the stable marriage problem Where everyone… 1. Construct a set of preference lists for N = 4 for the stable marriage problem Where everyone… 1. Construct a set of preference lists for N = 4 for the stable marriage problem Where everyone gets … Continue reading "1. Construct a set of preference lists for N = 4 for the stable marriage problem Where everyone…"