1. cache behavior Consider an overly simplistic direct cache of 256 bytes arranged as 16 cache lines of 16 bytes each. Assume that the low order 4 bits of an address indicates the byte within the cache line and the next 4 bits indicate which cache line slot should be used. Assuming no useful data is in the cache at the beginning, how many cache misses will result from the following sequence of addresses being read from memory. Note each cache line that will be loaded into the cache in order. Show the state of the cache at the end of this activity. (each address is given in hexadecimal) 00A20140 00A20144 7EFF2120 7FFF211C 7EFF2108 00A20100

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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1. cache behavior
Consider an overly simplistic direct cache of 256 bytes arranged as 16 cache lines of 16
bytes each. Assume that the low order 4 bits of an address indicates the byte within the
cache line and the next 4 bits indicate which cache line slot should be used.
Assuming no useful data is in the cache at the beginning, how many cache misses will
result from the following sequence of addresses being read from memory. Note each
cache line that will be loaded into the cache in order.
Show the state of the cache at the end of this activity.
(each address is given in hexadecimal)
00A20140
00A20144
ZEFF2120
7EFF211C
7FFF2108
00A20100
7EFF2100
7FFF10F8
7EFF10E0
ZEFF10F0
00A20160
00A20164
00A20160
00A20108
00A20140
Transcribed Image Text:1. cache behavior Consider an overly simplistic direct cache of 256 bytes arranged as 16 cache lines of 16 bytes each. Assume that the low order 4 bits of an address indicates the byte within the cache line and the next 4 bits indicate which cache line slot should be used. Assuming no useful data is in the cache at the beginning, how many cache misses will result from the following sequence of addresses being read from memory. Note each cache line that will be loaded into the cache in order. Show the state of the cache at the end of this activity. (each address is given in hexadecimal) 00A20140 00A20144 ZEFF2120 7EFF211C 7FFF2108 00A20100 7EFF2100 7FFF10F8 7EFF10E0 ZEFF10F0 00A20160 00A20164 00A20160 00A20108 00A20140
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