What are the main differences between Bellman-Ford and Dijkstra's algorithms?
Bellman-Ford can handle negative weights, while Dijkstra's cannot. Dijkstra's is generally faster for non-negative weights.
In what scenarios would I prefer Bellman-Ford over Dijkstra's?
You'd prefer Bellman-Ford when dealing with graphs that have negative weight edges, like in certain financial models.
Can you explain the time complexity of both algorithms?
Dijkstra's algorithm has a time complexity of O(V + E log V) with a priority queue, while Bellman-Ford is O(VE).
Are there any real-world applications for these algorithms?
Yes, Dijkstra's is used in GPS navigation, while Bellman-Ford is used in network routing protocols.
Which algorithm is more efficient for large graphs?
Dijkstra's is generally more efficient for large graphs with non-negative weights due to its better time complexity.
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