6 Consider the following maze. The successors of cach cell are the adjacent cells in the directions North (upl.East (right), South (down), and West (left). No diagonal moves are permitted. You may nat move from onecell to an adjacent cell when a wall (thick line) exists. For example, successors(T) - (0, Y, G) andsuccessors(M) - (5, L, NJ. You cannot move from cell M to cell R, or anywhere else a wall exists. Each movehas cost 1.ABCDEFH.IJKSMNstartP QRGTgoalUV wWXYFind a path from cell S to cell G. You are to write the order in which the nodes are EXPANDED, andthe SOLUTION that is found. If no salution is faund, say so. This is exactly the same as we did forthe examples in class and in the nates. If the search method needs to break ties, expand the nodesin alphabetical order (choosing first the node corresponding to the letter clasest to the front af thealphabet.) For example, if nodes D and U have the same value, node D would be expanded beforenade U.The search methad is Hill-climbing search. Use the heuristic function hístate) - Manhattan Distanceto goal. This is the same heuristic used in class for the 8-puzzle. Minimize this function. For example,h(D) - 3 and hA) - 6 (so the thick wall does not count in computing this heuristic).

Please check the step 2 for solution

Find a path from cell S to cell G. You are to write the order in which the nodes are EXPANDED. and the SOLUTION that is found. If no solution is found, say sa. This is exactly the same as we did for the examples in class and in the notes. If the search method needs to break ties, expand the nodes in alphabetical order (choosing first the node corresponding to the letter closest to the front of the alphabet.) For example, if nodes D and U have the same value, node D would be expanded before node U. The search method is Hill-climbing search. Use the heuristic function histate) - Manhattan Distance to goal. This is the same heuristic used in class for the 8-puzzle. Minimize this function. For example. h(DI - 3 and hA) - 6 (so the thick wall does not count in computing this heuristicl.

Find a path from cell S to cell G. You are to write the order in which the nodes are EXPANDED. and the SOLUTION that is found. If no solution is found, say sa. This is exactly the same as we did for the examples in class and in the notes. If the search method needs to break ties, expand the nodes in alphabetical order (choosing first the node corresponding to the letter closest to the front of the alphabet.) For example, if nodes D and U have the same value, node D would be expanded before node U. The search method is Hill-climbing search. Use the heuristic function histate) - Manhattan Distance to goal. This is the same heuristic used in class for the 8-puzzle. Minimize this function. For example. h(DI - 3 and hA) - 6 (so the thick wall does not count in computing this heuristicl.

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

Consider the following maze. The successors of cach cell are the adjacent cells in the directions North (upl.
East (right), South (down), and West (left). No diagonal moves are permitted. You may nat move from one
cell to an adjacent cell when a wall (thick line) exists. For example, successors(T) - (0, Y, G) and
successors(M) - (5, L, NJ. You cannot move from cell M to cell R, or anywhere else a wall exists. Each move
has cost 1.
A
B
C
D
E
F
H.
I
J
K
S
M
N
start
P QR
G
T
goal
U
V w
W
X
Y
Find a path from cell S to cell G. You are to write the order in which the nodes are EXPANDED, and
the SOLUTION that is found. If no salution is faund, say so. This is exactly the same as we did for
the examples in class and in the nates. If the search method needs to break ties, expand the nodes
in alphabetical order (choosing first the node corresponding to the letter clasest to the front af the
alphabet.) For example, if nodes D and U have the same value, node D would be expanded before
nade U.
The search methad is Hill-climbing search. Use the heuristic function hístate) - Manhattan Distance
to goal. This is the same heuristic used in class for the 8-puzzle. Minimize this function. For example,
h(D) - 3 and hA) - 6 (so the thick wall does not count in computing this heuristic).

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