Suppose that an MMU has page table entries like the ones shown at right (formatted as in the slides shown in class) and receives a request from the CPU for the contents of memory location 010010110. Assume that this address has a 4-bit page number. What address will the MMU pass to memory? Page Table Information

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Chapter1: Computer Networks And The Internet
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Binary numbers:
00000 0
00001 1
00010 2
00011 3
00100 4
00101 5
00110 6
00111 7
01000 8
01001 9
01010 10
01011 11
01100 12
01101 13
01110 14
01111 15
10000 16
10001 17
10010 18
10011 19
10100 20
10101 21
10110 22
10111 23
11000 24
11001 25
11010 26
11011 27
11100 28
11101 29
11110 30
11111 31
Transcribed Image Text:Binary numbers: 00000 0 00001 1 00010 2 00011 3 00100 4 00101 5 00110 6 00111 7 01000 8 01001 9 01010 10 01011 11 01100 12 01101 13 01110 14 01111 15 10000 16 10001 17 10010 18 10011 19 10100 20 10101 21 10110 22 10111 23 11000 24 11001 25 11010 26 11011 27 11100 28 11101 29 11110 30 11111 31
Question 72
Suppose that an MMU has page table entries like the ones shown at right (formatted as in the slides
shown in class) and receives a request from the CPU for the contents of memory location
010010110. Assume that this address has a 4-bit page number. What address will the MMU pass to
memory?
Page Table Information
000
001
1
100
000
14
011
110
000
7.
000
111
101
10
010
11
000
10
12
000
13
000
10
14
000
15
000
1
Transcribed Image Text:Question 72 Suppose that an MMU has page table entries like the ones shown at right (formatted as in the slides shown in class) and receives a request from the CPU for the contents of memory location 010010110. Assume that this address has a 4-bit page number. What address will the MMU pass to memory? Page Table Information 000 001 1 100 000 14 011 110 000 7. 000 111 101 10 010 11 000 10 12 000 13 000 10 14 000 15 000 1
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