To solve the above 4 Queens, three (3) moves are needed. For each move, please show the number of conflicts in all cells. The sample is shown above wherein if QA is move to row 1 (bottom at column A) the h = 3 and if QB is move in row 4 (top at column B) the h = 4. Please note h is the number of conflicts. Please complete the three (3) moves below as complete answer. Please note after MOVE 3, h = 0. MOVE 2 MOVE 3 MOVE 1

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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M
In the 4 Queens above, the value of h (number of conflicts) in each cell are given below.
A
B C D
QA-along column A
QB - along column B
QA
5
5
3
Solve the 4 Queens Problem above. However, show the details in the solution by indicating the number
of conflicts (h) if ever the Queen is move in the assigned column as shown in the example above. That is,
the Queens are move along the assigned columns only.
MOVE 1
MOVE 2
4 QC 5
QB 4
2 5 3
2 2 5
QC-along column C
QD - along column D
To solve the above 4 Queens, three (3) moves are needed. For each move, please show the number of
conflicts in all cells. The sample is shown above wherein if QA is move to row 1 (bottom at column A) the
h = 3 and if QB is move in row 4 (top at column B) the h = 4. Please note h is the number of conflicts.
Please complete the three (3) moves below as complete answer. Please note after MOVE 3, h = 0.
QD
MOVE 3
Transcribed Image Text:M In the 4 Queens above, the value of h (number of conflicts) in each cell are given below. A B C D QA-along column A QB - along column B QA 5 5 3 Solve the 4 Queens Problem above. However, show the details in the solution by indicating the number of conflicts (h) if ever the Queen is move in the assigned column as shown in the example above. That is, the Queens are move along the assigned columns only. MOVE 1 MOVE 2 4 QC 5 QB 4 2 5 3 2 2 5 QC-along column C QD - along column D To solve the above 4 Queens, three (3) moves are needed. For each move, please show the number of conflicts in all cells. The sample is shown above wherein if QA is move to row 1 (bottom at column A) the h = 3 and if QB is move in row 4 (top at column B) the h = 4. Please note h is the number of conflicts. Please complete the three (3) moves below as complete answer. Please note after MOVE 3, h = 0. QD MOVE 3
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