Register

Andrew S. Tanenbaum (MOS) Edition 5 Exercise 3 Question 16 (Page No. 252)

142 views
1 votes
1 votes
The 32-bit Linux kernel supports a maximum of 32768 processes in the process table, and the kernel is allocated 1,073,741,824 (1 GiB) of the virtual address space. If memory address space is divided evenly across all processes, how much virtual address space would be allocated to each process at a minimum, with the maximum number of processes running?
User Avatar

Please log in or register to answer this question.

Voting & Accepting an answer helps improve the community
← PreviousNext →
← Previous in categoryNext in category →

Related questions

743
views
2 answers
1 votes
admin asked Oct 26, 2019
743 views
Andrew S. Tanenbaum (OS) Edition 4 Exercise 3 Question 16 (Page No. 255)
You are given the following data about a virtual memory system:The $TLB$ can hold $1024$ entries and can be accessed in $1$ clock cycle $(1\: nsec).$ A ... only $0.01\%$ lead to a page fault, what is the effective address-translation time?
User Avatar
515
views
1 answers
1 votes
admin asked Oct 25, 2019
515 views
Andrew S. Tanenbaum (OS) Edition 4 Exercise 3 Question 5 (Page No. 254)
What is the difference between a physical address and a virtual address?
User Avatar
451
views
0 answers
0 votes
admin asked Oct 26, 2019
451 views
Andrew S. Tanenbaum (OS) Edition 4 Exercise 3 Question 53 (Page No. 261)
Write a program that demonstrates the effect of $TLB$ misses on the effective memory access time by measuring the per-access time it takes to stride ... computer with a different architecture and explain any major differences in the output.
User Avatar
449
views
0 answers
0 votes
admin asked Oct 26, 2019
449 views
Andrew S. Tanenbaum (OS) Edition 4 Exercise 3 Question 49 (Page No. 260)
Virtual memory provides a mechanism for isolating one process from another. What memory management difficulties would be involved in allowing two operating systems to run concurrently? How might these difficulties be addressed?
User Avatar
Link Copied!