TestSeries2018Ace
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nitish asked Aug 8, 2017 • closed Aug 8, 2017 by Tesla!

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sofigenr asked Apr 18

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Andrew S. Tanenbaum (MOS) Edition 5 Exercise 3 Question 16 (Page No. 252)
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 ... virtual address space would be allocated to each process at a minimum, with the maximum number of processes running?

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 mem...

sofigenr

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sofigenr asked Apr 18

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Arjun asked Feb 16

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GATE CSE 2024 | Set 2 | Question: 14
Which of the following tasks is/are the responsibility/responsibilities of the memory management unit $\text{(MMU)}$ in a system with paging-based memory management? Allocate a new page table for a newly created process Translate a virtual address ... table Raise a trap when a process tries to write to a page marked with read-only permission in the page table

Which of the following tasks is/are the responsibility/responsibilities of the memory management unit $\text{(MMU)}$ in a system with paging-based memory management?Al...

Arjun

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Arjun asked Feb 16

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GATE CSE 2024 | Set 2 | Question: 54
Consider a $32$-bit system with $4 \mathrm{~KB}$ page size and page table entries of size $4$ bytes each. Assume $1 \mathrm{~KB}=2^{10}$ bytes. The OS uses a $2$-level page table for memory management, with the page table containing ... the maximum number of pages across the two levels of the page table of the process. The value of $\text{X+Y}$ is ___________.

Consider a $32$-bit system with $4 \mathrm{~KB}$ page size and page table entries of size $4$ bytes each. Assume $1 \mathrm{~KB}=2^{10}$ bytes. The OS uses a $2$-level pa...

Arjun

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Arjun asked Feb 16

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Arjun asked Feb 16

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GATE CSE 2024 | Set 1 | Question: 52
Consider a memory management system that uses a page size of $2 \mathrm{~KB}$. Assume that both the physical and virtual addresses start from $0$. Assume that the pages $0,1,2$, and $3$ ... $0$, respectively. The physical address (in decimal format) corresponding to the virtual address $2500$ (in decimal format) is ___________.

Consider a memory management system that uses a page size of $2 \mathrm{~KB}$. Assume that both the physical and virtual addresses start from $0$. Assume that the pages $...

Arjun

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Arjun asked Feb 16

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title	title:apple
content	content:apple
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score	score:10
answers	answers:2
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