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A1 Consider the following graph With the indicated edge weights, s

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A1. Consider the following graph. With the indicated edge
weights, start from vertex x, use theBreadth First Search
(BFS) algorithm (described in the textbook) to compute the
BFS tree.Show intermediate results similar to the textbook
example. In cases when several candidatevertices have
the same minimal costs, choose a vertex according to its
alphabetical order. [20points].
NOTE: full explination is needed and answer in copiable
format
Solution
Using BFS for the above closed weighted,undirected
graph, following is the shortest path :
Step 1 :
Considering X as the source node, nodes which are
dependent on X are driven.
that is >>> X,W
>>> X,W,V
>>> X,W,V,Y
Step 2: now find the node with least weight from W
i.e {X,W} = V,Y,U
Step 3: Consider the node with least node weight for V
i.e. {X,W,V} = Y,U,T

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A1. Consider the following graph. With the indicated edge weights, start from vertex x, use theBreadth First Search (BFS) algorithm (described in the textbook) to compute the BFS tree.Show intermediate results similar to the textbook example. In cases when several candidatevertices have the same minimal costs, choose a vertex according to its alphabetical order. [20points]. NOTE: full explination is needed and answer in copiable format Solution Using BFS for the above closed weighted,undirect ed graph, following is the shortest path : Step 1 : Considering X as the source node, nodes which ar ...
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