Question

Q8) Analyze the operations of the Dijkstra's algorithm and the Bellman-Ford algorithm by simulating both algorithms on the below graph starting from vertex 0 and ending in vertex 5. Your simulation should illustrate all the steps for each algorithm from the start of the algorithm until the end of the algorithm. Clearly state the shortest path extracted from each algorithm (Report). 24 0 1 10 5 1 2 3 10 30 8 20 4 5 Q9) Implement the Dijkstra's Algorithm (Code). Q10) Your implementation should handle any expected errors that may occur when running the program. (Code).

          Q8) Analyze the operations of the Dijkstra's algorithm and the Bellman-Ford algorithm by
simulating both algorithms on the below graph starting from vertex 0 and ending in vertex 5.
Your simulation should illustrate all the steps for each algorithm from the start of the algorithm
until the end of the algorithm. Clearly state the shortest path extracted from each algorithm
(Report).
24
0
1
10
5
1
2
3
10
30
8
20
4
5
Q9) Implement the Dijkstra's Algorithm (Code).
Q10) Your implementation should handle any expected errors that may occur when running the
program. (Code).

Q8) Analyze the operations of the Dijkstra's algorithm and the Bellman-Ford algorithm by
simulating both algorithms on the below graph starting from vertex 0 and ending in vertex 5.
Your simulation should illustrate all the steps for each algorithm from the start of the algorithm
until the end of the algorithm. Clearly state the shortest path extracted from each algorithm
(Report).
24
0
1
10
5
1
2
3
10
30
8
20
4
5
Q9) Implement the Dijkstra's Algorithm (Code).
Q10) Your implementation should handle any expected errors that may occur when running the
program. (Code).

Added by Alexis M.

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