What does FV mean in UNCLASSIFIED

Full virtualization is a process in which multiple operating systems are run simultaneously within the same physical machine. Each OS runs on its own virtual environment with its own resources and applications, while being separated from the other OSs to ensure a secure hardware experience.

Full virtualization works by running different OSs as distinct software packages within one physical computer. Each OS has its own dedicated memory allocation, security parameters and configuration settings which are isolated from one another to ensure a smooth operation of all components.

The main advantage of full virtualization is that it allows users to run multiple operating systems on one computer without worrying about potential compatibility issues between them. This provides greater flexibility when dealing with different types of data or applications and also makes sharing information easier between different platforms. Additionally, it reduces costs as only one physical machine needs to be purchased instead of several separate machines running different OSs.

In order to use full virtualization, there are two kinds of software packages needed; a hypervisor program such as VMWare or VirtualBox and an operating system such as Windows or Linux. The hypervisor program creates a platform for running all the other software apps that are essential for creating a functioning environment for each OS installed on the computer.

Generally speaking, no additional specialized hardware is required for full virtualization beyond what is normally found in any standard desktop computer or laptop today. However, certain features such as GPU acceleration may require more powerful hardware than usual depending on how intensively you plan to use your machine's resources during the process of creating your various isolated environments.