A certain computer provides its users with a virtual memory space of 2^32. The computer has 2^18 bytes of physical memory. Virtual memory is implemented by paging, and the page size is 4096 bytes. Assuming that each page table entry includes a valid/invalid bit an 2 bits for access right management Show how the physical address and the virtual address are partitioned. Which part is used to address the page, the frame and the data How many entries are in the page table A user process generates the virtual address 0xA9BB00. Explain how the system establishes the corresponding physical location. Distinguish between software and hardware operations. Assume the computer uses a TLB Assume a two - level page table structure A certain computer provides its users with a virtual memory space of 2^32. The computer has 2^18 bytes of physical memory. Virtual memory is implemented by paging, and the page size is 4096 bytes. Assuming that each page table entry includes a valid/invalid bit an 2 bits for access right management Show how the physical address and the virtual address are partitioned. Which part is used to address the page, the frame and the data How many entries are in the page table A user process generates the virtual address 0xA9BB00. Explain how the system establishes the corresponding physical location. Distinguish between software and hardware operations. Assume the computer uses a TLB Assume a two - level page table structure