Let's assume a $32-$byte memory with $2-$byte pages. The address length is $5-$bit and byte addressing is used in

the system.

$($a$)$ Fill the physical memory in Figure $4$ according to the logical memory and page table. Note that logical

memory and physical memory are represented as byte arrays.

logical memory

physical memory

Figure $3$: Paging example for a $32-$byte memory with $2-$byte pages

$($b$)$ Translate each binary logical address to binary physical address.

Logical Address: $00000($Page Number:

Logical Address: $01010($Page Number:

Logical Address: $01110($Page Number:

Logical Address: $00110($Page Number:

Logical Address: $01111($Page Number:

Page Offset: $,)$ Physical Address:

Page Offset: $\_\_)$ Physical Address:

Page Offset: $,)$ Physical Address:

Page Offset: $,$ Physical Address:

Page Offset: $,$ Physical Address:

$($c$)$ Build an inverted page table for the logical memory and physical memory. Assume that the process id of

the current process is $10.$