[amp_mcq option1=”drivers run within guests” option2=”simple partitioning functionality” option3=”increase reliability and minimize lowest level of the tcb” option4=”contains its own drivers model” correct=”option4″]
The correct answer is: D. contains its own drivers model.
A microkernelized hypervisor is a type of hypervisor that runs in a small, privileged kernel and delegates most of the functionality to user-space drivers. This design has several advantages, including increased reliability, reduced complexity, and improved security.
One of the key advantages of a microkernelized hypervisor is that it increases reliability. By delegating most of the functionality to user-space drivers, the hypervisor is less likely to crash or become unstable. This is because user-space drivers are typically more stable than kernel-space drivers, as they are not as critical to the operation of the system.
Another advantage of a microkernelized hypervisor is that it reduces complexity. By delegating most of the functionality to user-space drivers, the hypervisor can be much smaller and simpler than a monolithic hypervisor. This makes it easier to develop, test, and maintain.
Finally, a microkernelized hypervisor can improve security. By delegating most of the functionality to user-space drivers, the hypervisor can be made more secure. This is because user-space drivers are typically less privileged than kernel-space drivers, and they are therefore less likely to be exploited by malicious code.
In conclusion, a microkernelized hypervisor is a type of hypervisor that runs in a small, privileged kernel and delegates most of the functionality to user-space drivers. This design has several advantages, including increased reliability, reduced complexity, and improved security. The statement “contains its own drivers model” is generally NOT correct for Microkernelized Hypervisor because a microkernelized hypervisor delegates most of the functionality to user-space drivers, and therefore does not need its own drivers model.