What are the applications of Dijkstra's and Bellman-Ford algorithms?
Dijkstra's algorithm is commonly used in GPS systems for finding the shortest path, while Bellman-Ford is useful for graphs with negative weights.
Can you explain how Dijkstra's algorithm works?
Sure! Dijkstra's algorithm finds the shortest path from a starting node to all other nodes in a graph by iteratively selecting the nearest unvisited node.
What about the Bellman-Ford algorithm? How does it differ?
Bellman-Ford also finds the shortest paths but can handle graphs with negative weight edges, making it more versatile in certain scenarios.
In what real-world scenarios would I use Bellman-Ford?
Bellman-Ford is useful in network routing protocols and in scenarios where edge weights can be negative, like financial applications.
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