his question is based on Table 1. Given the clock cycle starts at 0 and the interval time is 20 ms. Table 1 shows the different process and its respective processing time. Process A 17 ms Process B 20 ms Process C 29 ms Process D 10 ms Process E 15 ms a b d Table 1: Processes and Its Timing a. Identify the a to e values if the computer system is employing the synchronous bus timing. b.ldentify the a to e values if the computer system is employing the asynchronous bus timing. c. Based on your answer in (a) and (b), which bus timing approach produced faster completion time. d. Explain the reason why your answer in (c) happens. e What will hannen to Process R startingt Qus bus timing if Process A processing time is increases to 37 ms?
his question is based on Table 1. Given the clock cycle starts at 0 and the interval time is 20 ms. Table 1 shows the different process and its respective processing time. Process A 17 ms Process B 20 ms Process C 29 ms Process D 10 ms Process E 15 ms a b d Table 1: Processes and Its Timing a. Identify the a to e values if the computer system is employing the synchronous bus timing. b.ldentify the a to e values if the computer system is employing the asynchronous bus timing. c. Based on your answer in (a) and (b), which bus timing approach produced faster completion time. d. Explain the reason why your answer in (c) happens. e What will hannen to Process R startingt Qus bus timing if Process A processing time is increases to 37 ms?
Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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COMPUTER ORGANIZATION AND ARCHITECTURE
![This question is based on Table 1. Given the clock cycle starts at 0 and the interval time is 20 ms. Table 1 shows the different process and its respective processing time.
Process B
Process E
15 ms
Process A
Process C
29 ms
Process D
10 ms
17 ms
20 ms
b
d
e
Table 1: Processes and Its Timing
a. Identify the a to e values if the computer system is employing the synchronous bus timing.
b.ldentify the a to e values if the computer system is employing the asynchronous bus timing.
c. Based on your answer in (a) and (b), which bus timing approach produced faster completion time.
d. Explain the reason why your answer in (c) happens.
e. What will happen to Process B starting time for synchronous bus timing if Process A processing time is increases to 37 ms?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F11e8532c-e514-4635-9b89-c9db28888802%2F5bb71d8d-c41f-41cf-ab03-28a8e6096d82%2Fhkeesj9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:This question is based on Table 1. Given the clock cycle starts at 0 and the interval time is 20 ms. Table 1 shows the different process and its respective processing time.
Process B
Process E
15 ms
Process A
Process C
29 ms
Process D
10 ms
17 ms
20 ms
b
d
e
Table 1: Processes and Its Timing
a. Identify the a to e values if the computer system is employing the synchronous bus timing.
b.ldentify the a to e values if the computer system is employing the asynchronous bus timing.
c. Based on your answer in (a) and (b), which bus timing approach produced faster completion time.
d. Explain the reason why your answer in (c) happens.
e. What will happen to Process B starting time for synchronous bus timing if Process A processing time is increases to 37 ms?
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