15 MIG- 20 10 17 HG14 HIG) -3 HEGI -2 HIG)- 22 20 10 20 20 HEG9 " From the figure above, the goal is to reach the node G from the start node S. Giving that, if you are visiting node A, the estimated heuristic value from A to G is h(G) = 20, and the cost value from node A to node S is g(S) = 10. 4. Build the search tree and apply the Depth-first search. a. The node should appear just one time. b. The expanded nodes should be in order (i.e., from start node, explore the children in the order of A-Z) C.
15 MIG- 20 10 17 HG14 HIG) -3 HEGI -2 HIG)- 22 20 10 20 20 HEG9 " From the figure above, the goal is to reach the node G from the start node S. Giving that, if you are visiting node A, the estimated heuristic value from A to G is h(G) = 20, and the cost value from node A to node S is g(S) = 10. 4. Build the search tree and apply the Depth-first search. a. The node should appear just one time. b. The expanded nodes should be in order (i.e., from start node, explore the children in the order of A-Z) C.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
Transcribed Image Text:15
HIG)- 20
H(G)8
10
7
H(G) - 25
HIG) 14
8
5
HIG) -0
H(G) - 2
H(G) -3
HIG) - 22
20
10
20
20
HIG) -9
HG)
HIG) 2
From the figure above, the goal is to reach the node G from the start node S. Giving
that, if you are visiting node A, the estimated heuristic value from A to G is h(G) = 20, and the cost
value from node A to node S is g(S) = 10.
4. Build the search tree and apply the Depth-first search.
a. The node should appear just one time.
b. The expanded nodes should be in order (i.e., from start node, explore the children in
the order of A-Z)
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