a) What is the total number of RAW dependencies?- Ans: b) What is the total number of WAR dependencies?- Ans: c) What is the total number of WAW dependencies?- Ans: d) What is the total number of clock cycles needed to execute these instructions correctly when there is no forwarding hardware present?-- Ans: e) What is the total number of clock cycles needed to execute these instructions correctly when there is a forwarding hardware present?-- Ans:
a) What is the total number of RAW dependencies?- Ans: b) What is the total number of WAR dependencies?- Ans: c) What is the total number of WAW dependencies?- Ans: d) What is the total number of clock cycles needed to execute these instructions correctly when there is no forwarding hardware present?-- Ans: e) What is the total number of clock cycles needed to execute these instructions correctly when there is a forwarding hardware present?-- Ans:
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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![1. Consider that my pipeline architecture has 5 stages: F, D, E, M, W. It has reached a steady
state, generating a CPI = 1. I encountered the following five consecutive instructions in my
code.
Id
x12, 16(x11)
x11, x12, 5
addi
add
x13, x11, x12
addi
x14, x11, 15
add
x15, x13, x12
Assuming that each of the five stages of these instructions take exactly 1 clock cycle. Answer
the following.
a) What is the total number of RAW dependencies?-
Ans:
b) What is the total number of WAR dependencies?-
Ans:
c) What is the total number of WAW dependencies?--
Ans:
d) What is the total number of clock cycles needed to execute these instructions correctly
when there is no forwarding hardware present?--
Ans:
e) What is the total number of clock cycles needed to execute these instructions correctly
when there is a forwarding hardware present?--
Ans:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8d53a1e0-4bd7-49e3-abe3-c5a099c3c42f%2F0591c6df-29e0-4a15-a4a0-039fea6eb3fc%2Fy74h3ix_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Consider that my pipeline architecture has 5 stages: F, D, E, M, W. It has reached a steady
state, generating a CPI = 1. I encountered the following five consecutive instructions in my
code.
Id
x12, 16(x11)
x11, x12, 5
addi
add
x13, x11, x12
addi
x14, x11, 15
add
x15, x13, x12
Assuming that each of the five stages of these instructions take exactly 1 clock cycle. Answer
the following.
a) What is the total number of RAW dependencies?-
Ans:
b) What is the total number of WAR dependencies?-
Ans:
c) What is the total number of WAW dependencies?--
Ans:
d) What is the total number of clock cycles needed to execute these instructions correctly
when there is no forwarding hardware present?--
Ans:
e) What is the total number of clock cycles needed to execute these instructions correctly
when there is a forwarding hardware present?--
Ans:
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