- The Conversion from the linear address to physical address is done by a separate processor or a MMU
- In architecture Independent model, page conversion is a three level process which takes four steps
- 1st part is used as an index in the page directory which refers to the page middle directory
- 2nd part serves as an index to the page middle directory, there it refers to the page table
- 3rd Part used as an index to the page table, there it refers to the physical memory
- 4th Part of the address gives the offset within the selected page of memory.
- The x86 model supports a two level conversion of linear address to physical address.
- Highmem support helps upto physical memory size of 4GB being the address space of 32bit address, but Intel added four additional address pins to the Pentium Pro and created the physical address extension (PAE). Since the two level conversion supported only 32 bit addresses, the PAE has the control of supporting three level address conversion as in the Linux Architecture Independent Model.
How to Create Ubuntu 24.04 Bootable USB Using Rufus [Step-by-Step Guide] Are you planning to install or try Ubuntu 24.04 LTS ? The easiest and most reliable method is to create a bootable USB drive using Rufus on a Windows system. This detailed guide will help you create a Ubuntu 24.04 USB bootloader using Rufus with easy-to-follow steps and screenshots (optional). Here is the complete video of the bootloader creation and OS installation in Windows 11. 🧰 Requirements A USB flash drive (minimum 8GB recommended) A Windows PC Ubuntu 24.04 LTS ISO file Rufus USB creation tool 🧾 Steps to Create a Ubuntu 24.04 Bootable USB Using Rufus ✅ Step 1: Download Ubuntu 24.04 ISO Visit the official Ubuntu website and download the Ubuntu 24.04 LTS ISO file . ✅ Step 2: Download and Run Rufus Head to Rufus official site and download the latest version. Open the executable file (no installation required). ✅ Step 3: Insert USB Drive Plug in your USB drive. Rufus ...
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