Question $26$

$10$ pts

Suppose a byte$-$addressable memory with $4$ frames of size $32$ bytes each and a paged virtual memory using a three$-$entry TLB$.$ Suppose a process P has $8$ pages of virtual memory space. Assume the following TLB and page table for process P:

$\backslash$table$[[$Page$,$Frame$],[6,2],[5,0],[3,1]]$

TLB

$\backslash$table$[[$Framef$,$Valid,$],[,-,0],[1,-,0],[2,3,1],[3,1,1],[4,-,0],[5,0,1],[6,2,1],[7,-,0],[$Page Table$]]$

Assume process P generates a memory request with virtual address $095.$ What is its corresponding physical address? You may represent the address in binary or hexadecimal notation $($if hexadecimal notation, prefix with $0$ x $).$ If the request causes a page fault, enter page fault.

Question $26$

$10$ pts

Suppose a byte$-$addressable memory with $4$ frames of size $32$ bytes each and a paged virtual memory using a three$-$entry TLB$.$ Suppose a process P has $8$ pages of virtual memory space. Assume the following TLB and page table for process P:

$\backslash$table$[[$Pagef$,$Framef$],[6,2],[5,0],[3,1]]$

$\backslash$table$[[,$Framef,Valic$],[0,-,0],[1,-,0],[2,3,1],[3,1,1],[4,-,0],[5,0,1],[6,2,1],[7,-,0]]$

Page Table

Assume process P generates a memory request with virtual address $095.$ What is its corresponding physical address? You may represent the address in binary or hexadecimal notation $($if hexadecimal notation, prefix with $0x).$ If the request causes a page fault, enter page fault.