1. Given the following memory locations, identify the "index" in the Cache table where the location will be stored, and the "Tag", under the following specifications: Cache size = 2¹ memory blocks, each block contains 8 words, each word contains 4 bytes. Locations: 1F2A 387B D482 5C19 Identify the locations using a) Direct Mapped Cache, b) Fully Associative Cache, and c) 4-way Set Associative Cache Hint: First convert the address to bits. Find the block address by remembering that each word is 4 bytes and each block has 8 words. After you identify the "bits" for the index and tag, convert the bits back to hexa-decimal notation.

Database System Concepts
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ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
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1. Given the following memory locations, identify the "index" in the Cache table where the location
will be stored, and the "Tag", under the following specifications:
Cache size = 2¹4 memory blocks, each block contains 8 words, each word contains 4 bytes.
Locations: 1F2A 387B
D482 5C19
Identify the locations using a) Direct Mapped Cache, b) Fully Associative Cache, and c) 4-way Set
Associative Cache
Hint: First convert the address to bits. Find the block address by remembering that each word is 4
bytes and each block has 8 words. After you identify the "bits" for the index and tag, convert the
bits back to hexa-decimal notation.
Transcribed Image Text:1. Given the following memory locations, identify the "index" in the Cache table where the location will be stored, and the "Tag", under the following specifications: Cache size = 2¹4 memory blocks, each block contains 8 words, each word contains 4 bytes. Locations: 1F2A 387B D482 5C19 Identify the locations using a) Direct Mapped Cache, b) Fully Associative Cache, and c) 4-way Set Associative Cache Hint: First convert the address to bits. Find the block address by remembering that each word is 4 bytes and each block has 8 words. After you identify the "bits" for the index and tag, convert the bits back to hexa-decimal notation.
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