I will surely downvote if you copied an old or irreverent
answer.
please try to understand I am posting this question 3 times, so
please answer correctly.
Answer the question, correctly I will surely upvote! please do not repeat old answers or irreverent ones. Objectives: Get hands-on use of the memory organization to calculate the average time to access data in a disk and find multiple measurements for given cache memory. You also reinforce your understanding of locality and memory mountain. Note: You need to show your work to get full marks. Problem 4 Use the memory mountain in the figure below to estimate the time, in CPU cycles, to read a 16-byte word from the Li d-cache. Slopes of spatial locality 16,000 - Core i7 Haswell 2.1 GHz 32 KB L1 d-cache 256 KB L2 cache 8 MB L3 cache 64 B block size 14,000 L1 12,000 10,000 Read throughput (MB/s) 8,000 6,000+ L2 Ridges of temporal locality 4,000 2,000 - L3 0 s1 s3 Mem 32 K 128 K 512 K s5 s7 2M Stride (x8 bytes) 8M s9 Size (bytes) s11 32 M 128 M
I will surely downvote if you copied an old or irreverent answer. please try to understand I am posting this question 3
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