MCQ IN COMPUTER SCIENCE & ENGINEERING

Detailed explanation-1: -Full virtualization is a virtualization technique used to provide a VME that completely simulates the underlying hardware. In this type of environment, any software capable of execution on the physical hardware can be run in the VM, and any OS supported by the underlying hardware can be run in each individual VM.

Detailed explanation-2: -Full Virtualization uses binary translation and a direct approach as a technique for operations.

Detailed explanation-3: -Full virtualization offers the best isolation and security for virtual machines, and simplifies migration and portability as the same guest OS instance can run virtualized or on native hardware. VMware’s virtualization products and Microsoft Virtual Server are examples of full virtualization.

Detailed explanation-4: -In order to do that, three basic virtualization techniques for embedded systems are considered: full virtualization, paravirtualization (as instances of hardware-level virtualization), and containers (as an instance of operating-system-level virtualization).

Detailed explanation-5: -Full virtualization is the first generation of software solutions for server virtualization. On the other hand, the interaction of the guest operating system with the hypervisor to improve performance and productivity is known as paravirtualization.