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Caches The principle that states that if data is used, its neighbor will likely be used soon
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Caches The principle that states that if data is used, its neighbor will likely be used soon Spatial Locality
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Caches The time it takes a cache to receive the data from the lower level of memory
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Caches The time it takes a cache to receive the data from the lower level of memory Miss Penalty
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Caches The principle that states that if data is used, it will likely be used again soon
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Caches The principle that states that if data is used, it will likely be used again soon Temporal Locality
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Caches The time it takes to find out if an item is in the cache and return the data if it is.
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Caches The time it takes to find out if an item is in the cache and return the data if it is. Access Time
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Caches A cache configuration that requires multiple tag checks each access.
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Caches A cache configuration that requires multiple tag checks each access. 2+ Associativity
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Caches A cache attribute that takes advantage of spatial locality
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Caches A cache attribute that takes advantage of spatial locality Large Block Size
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Caches Cache attributes that decrease access time
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Caches Cache attributes that decrease access time Small, Low Associativity
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Caches Cache attributes that decrease miss penalty
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Caches Cache attributes that decrease miss penalty Small Block Size, Multi-Level Caches
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Caches Cache attributes that decrease miss rate
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Caches Cache attributes that decrease miss rate Large Cachesize, Large Blocksize, High Associativity
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Caches log 2 ( CacheSize / (BlockSize * Assoc)) =
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Caches log 2 ( CacheSize / (BlockSize * Assoc)) # bits in the index
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Caches log 2 ( BlockSize / WordSize ) =
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Caches log 2 ( Blocksize / Wordsize ) = # bits in the Block Offset
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Caches log 2 ( WordSize) =
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Caches log 2 ( WordSize ) = # bits in the Byte Offset
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Caches #address bits - log 2 ( CacheSize / Associativity ) =
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Caches #address bits - log 2 ( CacheSize / Associativity ) = # bits in the Tag
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