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DFS algorithm systematically explores graphs or trees, prioritizing depth before breadth.
Algorithm:
1.Start at a Node: Begin at a chosen node.
2.Explore Deeply: Explore as deeply as possible along one branch before backtracking.
3.Mark and Recur: Mark visited nodes and recursively explore unvisited neighbors.
4.Backtrack: If no unvisited neighbors remain, backtrack to the previous node.
5.Repeat: Continue until all nodes are visited or a specific condition is met.
DFS algorithm systematically explores graphs or trees, prioritizing depth before breadth.
Algorithm: 1.Start at a Node: Begin at a chosen node. 2.Explore Deeply: Explore as deeply as possible along one branch before backtracking. 3.Mark and Recur: Mark visited nodes and recursively explore unvisited neighbors. 4.Backtrack: If no unvisited neighbors remain, backtrack to the previous node. 5.Repeat: Continue until all nodes are visited or a specific condition is met.