Consider the follówing cache access pattern: A, B,C,D,A,B,C,D..., where A,B, C, D are block addresses. Assume that the cache is fully-associative and the block size is 32 bytes. a. Calculate the...


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Consider the follówing cache access pattern: A, B,C,D,A,B,C,D..., where A,B, C, D are<br>block addresses. Assume that the cache is fully-associative and the block size is 32<br>bytes.<br>a. Calculate the maximum possible cache size that will have a miss rate of<br>100%. Hint; Include data size only.<br>b. Calculate the total cache size assuming a write-back write-allocate policies<br>with 4-bits for the replacement policy.<br>

Extracted text: Consider the follówing cache access pattern: A, B,C,D,A,B,C,D..., where A,B, C, D are block addresses. Assume that the cache is fully-associative and the block size is 32 bytes. a. Calculate the maximum possible cache size that will have a miss rate of 100%. Hint; Include data size only. b. Calculate the total cache size assuming a write-back write-allocate policies with 4-bits for the replacement policy.

Jun 09, 2022
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