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3. Given a physical memory size of 290k, simulate using multiple partition allocation (MVT). Assume that th ps occupies the first 40k. Process ID T1 Arrival Time 1 Size 55k Finishes at time 12 24 0, os T2 3 80k 40k-1 T3 120k 29 T4 6. 65k 15 T5 13 45k 25 T6 18 85k 32 30 T7 20 15k 290k-1

3. Given a physical memory size of 290k, simulate using multiple partition allocation (MVT). Assume that th ps occupies the first 40k. Process ID T1 Arrival Time 1 Size 55k Finishes at time 12 24 0, os T2 3 80k 40k-1 T3 120k 29 T4 6. 65k 15 T5 13 45k 25 T6 18 85k 32 30 T7 20 15k 290k-1

Computer Networking: A Top-Down Approach (7th Edition)
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. What is the size of the hole at time 7? 
  2. What is the size of the hole at time 19?
  3. What is the starting address of process T3 in the memory? 
  4. What is the starting address of process T4 in the memory? 
  5. What is the starting address of process T5 in the memory? 
  6. At what time will process T6 enter the physical memory? 
  7. At what time will all the processes be terminated?
3. Given a physical memory size of 290k, simulate using multiple partition allocation (MVT). Assume that the þs occupies the first 40k. Process ID T1 Arrival Time Size Finishes at time 1 55k 12 os T2 80k 24 40k-1 T3 120k 29 T4 6. 65k 15 T5 13 45k 25 T6 18 85k 32 T7 20 15k 30 290k-1
Transcribed Image Text:3. Given a physical memory size of 290k, simulate using multiple partition allocation (MVT). Assume that the þs occupies the first 40k. Process ID T1 Arrival Time Size Finishes at time 1 55k 12 os T2 80k 24 40k-1 T3 120k 29 T4 6. 65k 15 T5 13 45k 25 T6 18 85k 32 T7 20 15k 30 290k-1
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