Using knowledge in DFS algorithms it is possible to write code that can organize the vertices and create functions that understand the order of factors.
dfs(node)
{
mark node as visited
//initialize ans for this node to label of this node
ans=label[node]
for every neigbor of node
{
if the neighbor is visited
{
ans=minimum(ans,calculated[neighbor])
}
else if the neighbor is unvisited
{
call dfs(neighbor)
ans=minimum(ans,calculated[neighbor])
}
}
calculated[node]=ans
}
{
if the node is not visted{
call dfs(node)
}
}
for the given example graph we get minimum label for vertices as:
1 1 1 3 3 6 (in order for a,b,c,d,e,f), so the vertex with this label are c,c,c,e,e,f.
See more about DFS algorithm at brainly.com/question/13014003
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