Can you explain when to use the Bellman-Ford algorithm?
The Bellman-Ford algorithm is useful for finding the shortest paths from a single source vertex to all other vertices in a graph, especially when the graph contains edges with negative weights.
What are the advantages of using Bellman-Ford over Dijkstra's algorithm?
One key advantage of Bellman-Ford is its ability to handle graphs with negative weight edges, while Dijkstra's algorithm cannot.
Are there any limitations to the Bellman-Ford algorithm?
Yes, Bellman-Ford has a higher time complexity of O(VE), making it less efficient for large graphs compared to Dijkstra's algorithm.
In what scenarios would you recommend using Bellman-Ford?
I recommend using Bellman-Ford when dealing with graphs that have negative weight edges or when you need to detect negative weight cycles.
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