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

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sofigenr asked 1 day ago

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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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SSR17 asked Feb 8

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memory management
we have 8 pages (each side 32B) to store in physical memory of 2^32 bits how many bits are required to identify each page , according to me 3 bits are required but that is wrong plz explain why

we have 8 pages (each side 32B) to store in physical memory of 2^32 bits how many bits are required to identify each page , according to me 3 bits are required but that i...

SSR17

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SSR17 asked Feb 8

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GO Classes asked Jan 28

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GO Classes Test Series 2024 | Mock GATE | Test 13 | Question: 21
Consider a virtual memory system that uses paging. Virtual and physical addresses are both $32$ bits long, and the page size is $4 \textsf{KB}=2^{12}$ bytes. A process $\text{P}_1$ has the following page table. ... $\textsf{0x00003b65}$ $\textsf{0x00875b65}$ $\textsf{0x00875}$ Translation is not possible as per the given page table

Consider a virtual memory system that uses paging. Virtual and physical addresses are both $32$ bits long, and the page size is $4 \textsf{KB}=2^{12}$ bytes. A process $\...

GO Classes

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GO Classes asked Jan 28

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GO Classes asked Jan 21

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GO Classes Test Series 2024 | Mock GATE | Test 12 | Question: 9
Consider a system with $4 \mathrm{~GB}$ of physical memory and $64 \mathrm{~GB}$ of Virtual Memory. The page size is $4 \mathrm{~KB}$. Recall that the page table is stored in physical memory and consists of PTEs (page ... each page could store $2048$ PTEs. How many pages does our page table occupy if we have a single-level page table?

Consider a system with $4 \mathrm{~GB}$ of physical memory and $64 \mathrm{~GB}$ of Virtual Memory. The page size is $4 \mathrm{~KB}$. Recall that the page table is store...

GO Classes

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GO Classes asked Jan 21

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