7) The following table shows the results of a stream of virtuial addresses generated on a saven system. Assume 16 KB pages, a four-entry fully associative TLB and a true LRU replacement (top to bottom otherwise). If a page must be brought in from the disk, choose the i 10 pts each) (20 pts, 10 pts each) available page. Given the provided address stream with a 16KB pages size and the below initial TLB and page table entries provided, show the final state of the system (TLB and page table). For a) each reference show if it is a hit in the TLB, page table, or a page fault. Address Stream 1: 36863, 31272, 15789, 15000, 7193, 4096, 8912 hit? tag reference 36863 31272 15789 reference (hex) 0x8fff 0x7a28 7193 4096 8912 0x3a98 0x1c19 0x1000 0x22d0 Page Table: TLB: valid physical page valid physical page or on tag "disk" number 12 disk 20 disk 3 1 6 6 0 4. 9 6 0 disk 8 0 disk 9 0 10 1 111 12 7) The following table shows the results of a stream of virtuial addresses generated on a saven system. Assume 16 KB pages, a four-entry fully associative TLB and a true LRU replacement (top to bottom otherwise). If a page must be brought in from the disk, choose the i 10 pts each) (20 pts, 10 pts each) available page. Given the provided address stream with a 16KB pages size and the below initial TLB and page table entries provided, show the final state of the system (TLB and page table). For a) each reference show if it is a hit in the TLB, page table, or a page fault. Address Stream 1: 36863, 31272, 15789, 15000, 7193, 4096, 8912 hit? tag reference 36863 31272 15789 reference (hex) 0x8fff 0x7a28 7193 4096 8912 0x3a98 0x1c19 0x1000 0x22d0 Page Table: TLB: valid physical page valid physical page or on tag "disk" number 12 disk 20 disk 3 1 6 6 0 4. 9 6 0 disk 8 0 disk 9 0 10 1 111 12