32 bytes of memory. 16 bytes of set-associative cache, where blocks can go anywhere within the set. Block is 2 bytes, set in cache is four blocks. Populate memory starting with 0-9, then upper case letters. The following address requests will load the cache: 00111 00001 10000 10111 The CPU then generates address 00110. If this address is in the cache, respond with the requested byte.
32 bytes of memory. 16 bytes of set-associative cache, where blocks can go anywhere within the set. Block is 2 bytes, set in cache is four blocks. Populate memory starting with 0-9, then upper case letters. The following address requests will load the cache: 00111 00001 10000 10111 The CPU then generates address 00110. If this address is in the cache, respond with the requested byte.
Chapter11: Operating Systems
Section: Chapter Questions
Problem 21VE
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32 bytes of memory. 16 bytes of set-associative cache, where blocks can go anywhere within the set. Block is 2 bytes, set in cache is four blocks. Populate memory starting with 0-9, then upper case letters.
The following address requests will load the cache:
- 00111
- 00001
- 10000
- 10111
The CPU then generates address 00110. If this address is in the cache, respond with the requested byte.
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