List at least 4 HW or SW resources needed by a process. Are they HW or SW? Use single words where feasible.
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List at least 4 HW or SW resources needed by a process. Are they HW or SW? Use single words where feasible.
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- Here are the top five (5) factors that should be considered while formulating a process scheduling policy.In as few words as possible, please explain how to prevent a process from being starved in priority scheduling.If you would want to employ batch processing over time-sharing processing, please describe the circumstances.
- How does dynamic multithreading differ from static multithreading in terms of resource allocation and management?Given the real-time processes P1 and P2 with the following values: P1 period =50, deadline =50, and time = 25 P2 period =30, deadline =30, and time = 15 A- What is the scheduling timeline (show up to 100 ms) of processes using the earliest deadline first (EDF) scheduling? Note: Write your answer in the form: process#(time intervals). Ex: P1(0-30) B- What is the waiting time of process P1?Explain the impact of "changing time quantum" on process execution by defining the term Time Quantum in Round-Robin scheduling.
- What if many processes have the same priority level?Briefly describe the phenomenon of process famine in priority scheduling, as well as how it may be avoided.Suppose there are five processes, their arrival time and running time are listed as follows. Adopt FCFS and SJF, respectively, give the schedule order and average waiting time. Give the schedule order of SJF. Compute the average waiting time of SJF. Process Arrival time Running time P1 P2 P3 P4 0 3 4 5 3 10 6 1
- Explain how a low priority process can block a high priority process? Explain how to overcome priority inversion?Carry out a comprehensive comparison and investigation of the numerous different approaches that may be used to control the scheduling of individual processes and threads.The Answer to the given question is provided at the end of the question. I need you to show the full solution to get the given answer. Show all steps where necessary. In a system there are 3 processes- P1 (10 bytes), P2 (6 bytes) and P3 (8 bytes) with page size of 2 bytes. Size of the main memory is 32 bytes. Page tables of processes are given below. Page Tables Process P1 Process P2 Process P3 p f p f p f 0 7 0 15 0 2 1 12 1 13 1 6 2 1 2 9 2 3 3 5 3 8 4 4 Find corresponding physical addresses of the following logical addresses: Address 01001 of P1. Address 00100 of P1. Address 00111 of P1. Address 00001 of P2. Address 00100 of P2. Address 10101 of P2. Address 00010 of P3. Address 11011 of P3. Address 00110 of P3. Answer: 9 b. 2 c. 11 d. 31 e. 18 f. Invalid page number g. 12 h. Invalid page num. i. 16