Question No Q1 02 03 04 Criteria Design the flow of processes in a Gantt ch using each algorithm (23-9 marks) P3 2 P4 1

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Question No Q1 02 03 04 Criteria Design The Flow Of Processes In A Gantt Ch Using Each Algorithm 23 9 Marks P3 2 P4 1 1 (21.65 KiB) Viewed 40 times

Question No Q1 02 03 04 Criteria Design The Flow Of Processes In A Gantt Ch Using Each Algorithm 23 9 Marks P3 2 P4 1 2 (21.65 KiB) Viewed 40 times

Question No Q1 02 03 04 Criteria Design The Flow Of Processes In A Gantt Ch Using Each Algorithm 23 9 Marks P3 2 P4 1 3 (11.8 KiB) Viewed 40 times

Question No Q1 02 03 04 Criteria Design The Flow Of Processes In A Gantt Ch Using Each Algorithm 23 9 Marks P3 2 P4 1 4 (17.33 KiB) Viewed 40 times

Question No Q1 02 03 04 Criteria Design The Flow Of Processes In A Gantt Ch Using Each Algorithm 23 9 Marks P3 2 P4 1 5 (31.65 KiB) Viewed 40 times

Question No Q1 02 03 04 Criteria Design the flow of processes in a Gantt ch using each algorithm (23-9 marks) P3 2 P4 1 PS 5 Evaluation of each algorithm (23-9 murks). Analyse and understand the allocation of physical addresses in memory management 10 52-10 marks) Testing the safe state sequence Discussing the possibility of deadlock Marks Weightage Process CPU barst time Priority PI 10 Marka 2. Non-Preemptive Priority. 6 RR (Time Quantum = 1). 6 40 Scared Marks Question#1 Consider the following table of set of processes, assumed to have arrived at time 0 in the order P1, P2, P3, P4, P5, with the length of the CPU burst given in milliseconds. ILO 82 CI 111 BI Al Design the flow of processes in a Gantt chart using each of the following algorithms: LFCFS.
Question# 2 Using the set of processes table in Q1, Evaluate the performance of the following algorithms in terms of the average waiting time and turnaround time. 1. Fist Come First Served. 2. Non-Preemptive Priority. 3. RR (Time Quantum = 1).
Question# 3 Analyse and understand the allocation of physical addresses in memory management. Considering the below memory architecture of 32Kb size that can accommodate 8 pages in 4 bytes, how can the following logical addresses be allocated physically in the main memory. Highlight the mapping between these logical addresses to the physical addresses. MANTHREDDER legalny 1. Logical address 14 -- 2. Logical address 12 Peer pe 1. "1 --- 4 1 In HAYO x
Question#4 Consider a system with five processes P, through P.; three resource types A (7 instances), B (2 instances), and C (6 instances). Answer the following questions using below CPU Snapshot: Po P₁ P₂ P3 P₁ Allocation Request ABC ABC 303 211 002 010 200 001 100 002 1. Test the safe state sequence. Available 000 202 ABC 000 2. Discuss the possibility of recovering from the deadlock with context to the given case. 1