Can DFS be used in other problems beyond graph traversal?
Yes, Depth-First Search (DFS) can be applied to various problems, such as solving mazes, topological sorting, and even in AI for game state exploration.
What are some specific examples of problems where DFS is useful?
Some specific examples include finding connected components in a graph, solving puzzles like Sudoku, and generating permutations.
Are there any limitations to using DFS?
Yes, DFS can be less efficient in terms of memory usage for deep trees and may not find the shortest path in unweighted graphs.
How does DFS compare to BFS in terms of performance?
DFS generally uses less memory than BFS but can be slower in finding the shortest path, as BFS explores all neighbors first.
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