Consider an 8-bit memory architecture that uses a single level page table with 4-bit page numbers and implements demand paging and copy-on-write. Consider the following page table where the pages are...


Consider an 8-bit memory architecture that uses a single level page table with<br>4-bit page numbers and implements demand paging and copy-on-write.<br>Consider the following page table where the pages are numbered from the<br>bottom up. I.e., the bottom entry corresponds to page 0.<br>Valid Access Frame<br>1<br>RW<br>Ox3<br>RW<br>Ox0<br>1<br>RW<br>Ox1<br>RW<br>RW<br>RW<br>RW<br>RW<br>RW<br>RW<br>1<br>RW<br>Ox7<br>1<br>RW<br>Ox8<br>RW<br>Ox2<br>RX<br>Ox4<br>RX<br>Ox9<br>RX<br>Ox4<br>In the worst case, how many pages will need to be copied as a result of this<br>process' execution?<br>O All of them<br>

Extracted text: Consider an 8-bit memory architecture that uses a single level page table with 4-bit page numbers and implements demand paging and copy-on-write. Consider the following page table where the pages are numbered from the bottom up. I.e., the bottom entry corresponds to page 0. Valid Access Frame 1 RW Ox3 RW Ox0 1 RW Ox1 RW RW RW RW RW RW RW 1 RW Ox7 1 RW Ox8 RW Ox2 RX Ox4 RX Ox9 RX Ox4 In the worst case, how many pages will need to be copied as a result of this process' execution? O All of them

Jun 05, 2022
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