NOVA is considered a third-generation microkernel. Its predecessors include Mach and Chorus (first-generation microkernels) as well as L4 (a second-generation microkernel).
NOVA被视为一个第三代微核，它的前辈包括Mach和Chorus(第一代微核)以及L4(第二代微核)。
It follows the fundamental principles of microkernels in that it implements address Spaces, thread management, and IPC only in the privileged microkernel along with virtualization capabilities.
它遵循微核的基本原理，因为它只在特权微核中实现地址空间、线程管理和IPC，以及一些虚拟化功能。
Microkernels do this by creating a kernel (which includes the basic services like memory management and scheduling) and pushing all other functionality outside the kernel.
为实现上述目标，微核创建一个只包含基本服务(如内存管理和调度)的内核并将其他功能推到内核之外。
Microkernels do this by creating a kernel (which includes the basic services like memory management and scheduling) and pushing all other functionality outside the kernel.
为实现上述目标，微核创建一个只包含基本服务(如内存管理和调度)的内核并将其他功能推到内核之外。
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