操作系统内核体系结构的设计采用了建立在纳核层上的微内核结构，并在微内核的构建中融合了基于对象技术，克服了传统微内核结构消息传递机制效率低下的缺点。
The architecture of the kernel is a micro-kernel developed with objects and based on a nano-kernel. It overcomes the shortcoming of inefficiency of traditional micro-kernel.
将操作系统的结构重新组织为一个运行于内核态的微内核，外加若干用户进程去完成真正的操作系统任务。
Reorganize the operating system as a tiny microkernel that runs in kernel mode, along with some number of user processes that do the real work of the operating system.
尽管Eclipse是构建于基于微内核的体系结构上的一种可扩展开发平台，但它并不是一个集成开发环境(IDE)。
Eclipse, while it is an extensible development platform built on a microkernel-based architecture, is not an integrated development environment (IDE).
核心Linux操作系统本身的微内核体系结构相当简单。
The core Linux operating system itself has a fairly simple micro-kernel architecture.
本文首先研究了微内核体系结构。
We study a very flexible technique, the micro-kernel architecture.
当今操作系统的发展趋势是采用微内核体系结构。
The recent trend in operating system development is adopting microkernel architecture which holds such advantages as microminiaturization, modularity, portability and extendibility.
当今操作系统的发展趋势是采用微内核体系结构。
The recent trend in operating system development is adopting microkernel architecture which holds such advantages as microminiaturization, modularity, portability and extendibility.
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