Question 3. A program is executed for 1 sec, on a processor with a clock cycle of 50 nsec and Throughputi 10 MIPS. 1. How much is the CPI1, for the program? 2. Let us assume that, thanks to the introduction of a superscalar processor, the throughput of the program is optimized. In the new case, the 50% of the program instructions is executed with 3 parallel issues, while the fraction of remaining instructions (50%) is executed with one issue. a. How much is the Speedup from the case (1) to the case (2)? b. How much is the Throughput2 expressed in MIPS?
Question 3. A program is executed for 1 sec, on a processor with a clock cycle of 50 nsec and Throughputi 10 MIPS. 1. How much is the CPI1, for the program? 2. Let us assume that, thanks to the introduction of a superscalar processor, the throughput of the program is optimized. In the new case, the 50% of the program instructions is executed with 3 parallel issues, while the fraction of remaining instructions (50%) is executed with one issue. a. How much is the Speedup from the case (1) to the case (2)? b. How much is the Throughput2 expressed in MIPS?
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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![Question 3. A program is executed for 1 sec, on a processor with a clock cycle of 50 nsec and
Throughput₁ = 10 MIPS.
1. How much is the CPI1, for the program?
2.
Let us assume that, thanks to the introduction of a superscalar processor, the throughput
of the program is optimized. In the new case, the 50% of the program instructions is
executed with 3 parallel issues, while the fraction of remaining instructions (50%) is
executed with one issue.
a. How much is the Speedup from the case (1) to the case (2)?
b. How much is the Throughput2 expressed in MIPS?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2492b534-ee58-48af-83cd-282b96845622%2F3b4ee5e5-937d-49a2-8907-83c31d073180%2F0m4mvca_processed.png&w=3840&q=75)
Transcribed Image Text:Question 3. A program is executed for 1 sec, on a processor with a clock cycle of 50 nsec and
Throughput₁ = 10 MIPS.
1. How much is the CPI1, for the program?
2.
Let us assume that, thanks to the introduction of a superscalar processor, the throughput
of the program is optimized. In the new case, the 50% of the program instructions is
executed with 3 parallel issues, while the fraction of remaining instructions (50%) is
executed with one issue.
a. How much is the Speedup from the case (1) to the case (2)?
b. How much is the Throughput2 expressed in MIPS?
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