CISC-340 final

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11 Terms

1
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<p>Without L2 — calculate CPU time</p>

Without L2 — calculate CPU time

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2
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<p>With L2 — calculate CPU time</p>

With L2 — calculate CPU time

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3
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<p>With Instruction Misses and with L2 Instru. cache — calculate run time in seconds (also do without L2 instru. cache)</p>

With Instruction Misses and with L2 Instru. cache — calculate run time in seconds (also do without L2 instru. cache)

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4
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Find address: 2-way set associative, 4-word block, byte-addressed cache, 4Kb cache size

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5
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Find address: 64K word cache, 8-word block, byte-addressing

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6
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<p>Calculate the CPU time — perfect L1 cache</p>

Calculate the CPU time — perfect L1 cache

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7
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<p>Calculate the CPU time — reasonable L1 cache and instruction cache</p>

Calculate the CPU time — reasonable L1 cache and instruction cache

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8
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<p>Calculate the CPU time — No L1 cache</p>

Calculate the CPU time — No L1 cache

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9
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<p><span><span>3a) Calculate the CPI for the processor in the table using only a L1 cache. Note that you'll have to calculate how many cycles the main memory takes to access as its time is given in ns.</span></span></p>

3a) Calculate the CPI for the processor in the table using only a L1 cache. Note that you'll have to calculate how many cycles the main memory takes to access as its time is given in ns.

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<p><span><span>3b) Calculate the CPI for the processor in the table using the L1 and L2 Direct Mapped caches.</span></span></p><p></p>

3b) Calculate the CPI for the processor in the table using the L1 and L2 Direct Mapped caches.

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<p><span><span>3c) Calculate the CPI for the processor in the table using the L1 and L2 Eight-Way Set Associative caches.</span></span></p><p></p>

3c) Calculate the CPI for the processor in the table using the L1 and L2 Eight-Way Set Associative caches.

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