Question

uppose a microprocessor has three stages in the pipeline, as shown in the class notes. Assume a perfect scenario (such as no branch instructions, no data dependence between instructions, and no memory I/O waiting): 1. How many clock cycles does it take to execute 10 instructions? What is the throughput (defined as the average number of instructions per clock cycle)? 2. How many clock cycles does it take to execute n instructions? If n is sufficiently large, what is the throughput

          uppose a microprocessor has three stages in the
pipeline, as shown in the class notes. Assume a perfect scenario (such as no branch instructions, no data
dependence between instructions, and no memory I/O waiting):
1. How many clock cycles does it take to execute 10 instructions? What is the throughput (defined as the
average number of instructions per clock cycle)?
2. How many clock cycles does it take to execute n instructions? If n is sufficiently large, what is the
throughput
        
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Added by Trinidad F.

Computer Science and Information Technology
Computer Science and Information Technology
Trishna Knowledge Systems 2018 Edition
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uppose a microprocessor has three stages in the pipeline, as shown in the class notes. Assume a perfect scenario (such as no branch instructions, no data dependence between instructions, and no memory I/O waiting): 1. How many clock cycles does it take to execute 10 instructions? What is the throughput (defined as the average number of instructions per clock cycle)? 2. How many clock cycles does it take to execute n instructions? If n is sufficiently large, what is the throughput
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Transcript

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00:01 We'd like to find in this problem, how long does it take to scan and service the device? so we're given our frequency, which is 8 megahertz, and our clock cycle, which i'll just call t, is 1 over our frequency.
00:15 So we can plug in 1 divided by 8 times 10 to the 6 hertz, and we get 0 .125 microseconds.
00:23 Now, the time taken for 12 clock cycles, t for 12, you just start 12 clock cycles times are 0 .125 microseconds, and we get 1 .5 microseconds.
00:36 So this is the time to take for 12 clock cycles per instruction.
00:42 Now, we have two other instructions that are going to take place, so our total number of instructions is three instructions.
00:50 Now we can find our time taken, which we'll call t.
00:53 That's three times our t for our 12 cycles...
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