A virtual memory system has $2^{\frac{12}{2}}$ byte pages, a four entry fully associative TLB with LRU replacement, and the following TLB and page table states, Virtual addresses are $16$ bits and physical addresses are $15$ bits

$\backslash$table$[[$villd bit,Virtual pase number,Plyetal fame number,Aecestime$],[1,0xf,5,18],[1,09,0,22],[1,00,2,19],[1,$Oxe,$7,23]]$

$\backslash$table$[[$inder$,\left[\begin{array}{c}\text{v}\text{a}\text{l}\text{d}\\ \text{b}\text{i}\text{t}\text{i}\text{t}\end{array}\right],$plontal trame number numbe,Acetes time$],[0,1,2,19],[1,0,,],[2,1,4,13],[3,1,3,10],[4,0,,],[5,0,,],[6,1,1,11],[7,1,6,15],[8,0,,],[9,1,0,22],[$a$,0,(2),],[$b$,0,,],[$c$,0,,],[$d$,0,,],[$e$,1,7,23],[$f$,1,5,18]]$

Virtual address $03123$ is requested. What is the order in which resources will be checked to obtain the data at this address?

Virtual address $03123$ is requested. What is the order in which resources will be checked to obtain the data at this address?

$1$

$[$ Choose $]$

$[$Choose $]$

$2$

TLB

Page Table

Cache

$3$

Main memory

$4$

$[$Choose$]$