Depth-first search (DFS) is an algorithm for traversing or searching a tree, tree structure, or graph.
I understand the differences between DFS and BFS, but I'm interested to know when it's more practical to use one …
algorithm graph-algorithm graph-theory depth-first-search breadth-first-searchWhen Traversing a Tree/Graph what is the difference between Breadth First and Depth first? Any coding or pseudocode examples …
algorithm depth-first-search breadth-first-search tree-traversalWhy are the running times of BFS and DFS O(V+E), especially when there is a node that has …
data-structures graph time-complexity depth-first-search breadth-first-searchNote that a graph is represented as an adjacency list. I've heard of 2 approaches to find a cycle in a …
graph cycle depth-first-search adjacency-listCan you please let me know what is incorrect in below DFS code. It's giving correct result AFAIK, but I …
python depth-first-searchPredominantly DFS is used to find a cycle in graphs and not BFS. Any reasons? Both can find if a …
algorithm tree graph-theory depth-first-search breadth-first-searchI have spent lots of time on this issue. However, I can only find solutions with non-recursive methods for a …
algorithm graph depth-first-search non-recursiveI always mix up whether I use a stack or a queue for DFS or BFS. Can someone please provide …
stack queue depth-first-search breadth-first-searchI am starting to learn time complexity, and I looked in the examples for the time complexity for some simple …
algorithm time-complexity depth-first-searchI have written a recursive DFS algorithm to traverse a graph: void Graph<E, N>::DFS(Node n) { …
c++ algorithm graph depth-first-search traversal