III. Consider a virtual address system with the following parameters. The memory is byte addressable. . Virtual addresses are 15 bits wide. . Physical addresses are 13 bits wide. The page size is 128 bytes. .The TLB is fully associative with 16 total entries. Recall that a fully associative cache has just one set of entries-The tag field is simply the VPN and we need to search the full TLB to check if the VPN we are seeking is in the TLB. In the following tables, all numbers are given in hexadecimal The contents of the TLB and the page table for the first 16 virtual pages are a:s follows. If a VPN is not listed in the page table, assume it generates a page fault. III. Consider a virtual address system with the following parameters. The memory is byte addressable. . Virtual addresses are 15 bits wide. . Physical addresses are 13 bits wide. The page size is 128 bytes. .The TLB is fully associative with 16 total entries. Recall that a fully associative cache has just one set of entries-The tag field is simply the VPN and we need to search the full TLB to check if the VPN we are seeking is in the TLB. In the following tables, all numbers are given in hexadecimal The contents of the TLB and the page table for the first 16 virtual pages are a:s follows. If a VPN is not listed in the page table, assume it generates a page fault