Task 2 - Use the Dijkstra algorithm on the provided network for node A. Mark the order of nodes taken into consideration during the process, as well as node weights. - Draw the sink tree for the given network! - Compute the routing table for node A. Explain how the table is obtained! - Explain whether Dijkstra algorithm could be used for distance vector routing? Explain why or how! A 2 IN 6 3 B F 5 4 E 5 2 C 1 2 G 6 D
Task 2 - Use the Dijkstra algorithm on the provided network for node A. Mark the order of nodes taken into consideration during the process, as well as node weights. - Draw the sink tree for the given network! - Compute the routing table for node A. Explain how the table is obtained! - Explain whether Dijkstra algorithm could be used for distance vector routing? Explain why or how! A 2 IN 6 3 B F 5 4 E 5 2 C 1 2 G 6 D
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Transcribed Image Text:Task 2
- Use the Dijkstra algorithm on the provided network for node A. Mark the order of
nodes taken into consideration during the process, as well as node weights.
- Draw the sink tree for the given network!
- Compute the routing table for node A. Explain how the table is obtained!
- Explain whether Dijkstra algorithm could be used for distance vector routing?
Explain why or how!
A
6
F
3
B
5
to
4
E
LO
5
2
C
N
6
D
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