Single source softest path via DFS

Chhotu asked Nov 4, 2017

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Markzuck asked Dec 30, 2018

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BFS and DFS - types of edges
Can someone please explain what are the types of edges possible in BFS and DFS for DIRECTED as well as UNDIRECTED graphs? Individual meaning of BACK, FRONT and CROSS edges is clear, but can’t decide which are present and which are not for Traversals. an example would be of great help or any specific reference on this.

Can someone please explain what are the types of edges possible in BFS and DFS for DIRECTED as well as UNDIRECTED graphs?Individual meaning of BACK, FRONT and CROSS edges...

Markzuck

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Markzuck asked Dec 30, 2018

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Shivam Kasat asked Dec 9, 2018

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which DFS algorithm to follow?
there are multiple algorithm of DFS available and i cant figure out which one to follow for solving question asking for the nodes which aren't pushed into the stack or the nodes which are pushed more than once, Tried to figure out from ... , https://gateoverflow.in/98484/dfs-using-stack https://gateoverflow.in/161225/dfs-number-of-nodes-not-pushed-into-the-stack

there are multiple algorithm of DFS available and i cant figure out which one to follow for solving question asking for the nodes which aren’t pushed into the stack or ...

Shivam Kasat

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Shivam Kasat asked Dec 9, 2018

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Lakshman Bhaiya asked Nov 13, 2018

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Depth First Search (DFS)
Consider the following sequence of nodes for the undirected graph given below$:$ $(1)PQSTWVUR$ $(2)PQRSTUWV$ $(3)PQRTUSVW$ A Depth First Search (DFS) is started at node $P.$The nodes are listed in the order they are first visited. Which all of the above are possible outputs$?$ $A)Only (2)$ $B)(1) and (2)$ $C)(2) and (3)$ $D)(1) and (2)$

Consider the following sequence of nodes for the undirected graph given below$:$$(1)PQSTWVUR$$(2)PQRSTUWV$$(3)PQRTUSVW$A Depth First Search (DFS) is started at node $P.$T...

Lakshman Bhaiya

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Lakshman Bhaiya asked Nov 13, 2018

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K ANKITH KUMAR asked Sep 1, 2018

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DFS Tree
Consider the tree arcs of a DFS traversal from a source node W in an unweighted, connected, undirected, acyclic graph. The tree T formed by the tree arcs is a data structure for computing- 1. the shortest path between every pair of vertices. 2. the shortest path from W ... the graph. 3. the shortest paths from W to only those nodes that are leaves of T. 4. the longest path in the graph.

Consider the tree arcs of a DFS traversal from a source node W in an unweighted, connected, undirected, acyclic graph. The tree T formed by the tree arcs is a data struct...

K ANKITH KUMAR

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K ANKITH KUMAR asked Sep 1, 2018

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Single source softest path via DFS

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