Examples of using Microkernel in English and their translations into Chinese
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Mach was the first and most widely known microkernel, and now forms a major component of Mac OSX.
Mach是最早也是最广为人知的微内核，是MacOSX的主要组成.In Microkernel architecture, all the basic OS services are available to programmes via interprocess communication(IPC).
在微内核体系结构中，所有基本OS服务都可以通过进程间通信（IPC）提供给程序。The L4 kernel was initially developed to demonstrate the feasibility of creating a microkernel that is suitable for use in real-life, general-purpose operating systems.
最初开发L4微内核只是为了证明创建适用于实际通用操作系统的微内核是可以行得通的。One possible solution to the above problems is the use of microkernel architecture.
综上所述，一个可能的解决方案就是使用微内核系统架构。Loom: Codehaus Loom continues development of a microkernel container after the design of Avalon Phoenix.
Loom:继AvalonPhoenix后，CodehausLoom继续开发一个微内核容器。With millions of installations worldwide, QNX Software Systems is the global leader in Real-Time, microkernel operating system technology.
藉由数以百万计安装在全世界，QNX软件系统是全球的领袖在即时的,microkernel操作系统人技术。The microkernel architecture incorporates only core functionality into a tiny, well-tested kernel, while leaving drivers, networking stacks, and other services outside in memory-protected space.
微内核架构只将核心功能融入到经过测试的微小内核中，同时将驱动、网络栈及其他服务留在内存保护空间中。In the MINIX 1 and MINIX 2 designs, device drivers were treated and scheduled as independent processes but lived in the microkernel's(virtual) address space.
在MINIX1和MINIX2的设计中，设备驱动是作为独立的进程来处理和调度的，但是存在于微内核的(虚拟)地址空间。Twenty years later, Andrew Tanenbaum created a microkernel version of UNIX®, called MINIX(for minimal UNIX), that ran on small personal computers.
年，AndrewTanenbaum创建了一个微内核版本的UNIX，名为MINIX（代表minimalUNIX），它可以在小型的个人计算机上运行。Microkernel- This kernel only handles basic functions.
Microkernel:它只能执行基本功能。In addition to providing a more scalable environment, the microkernel can offer reliability advantages.
除了提供伸缩性更好的环境之外，微核还能提供稳定性优势。The Microkernel architectural pattern applies to software systems that must be able to adapt to changing system requirements.
微核(Microkernel)模式应用于必须能够适应变更系统需求的软件系统。NULS is a global blockchain open-source project which is a modular blockchain infrastructure, which consists of a microkernel and functional modules.
Nuls是全球性区块链开源社区项目，是一个由微内核和功能模块组成的可定制的区块链基础设施。Microkernel allows direct interaction between the device drivers and hardware.
微内核允许设备驱动程序和硬件之间的直接交互。Secure: Microkernel architecture that reshapes security and trustworthiness from the ground up.
安全：微内核架构，从头开始重塑安全性和可信赖性.These components abstract microkernel functions and support user applications.
这些组件抽象微内核功能，和支持用户应用程序。Not only the microkernel, but also the whole scene, distributed.
我们不仅是微内核的而且是全场景，分布式的。Fuchsia is based on a microkernel, which is small but powerfully simple.
Fuchsia基于microkernel微内核，小巧但功能强大。Microkernel and plug-ins can be developed by separate teams.
微内核和插件可以由独立的团队开发。Microkernel: It could only execute basic functionality.
Microkernel:它只能执行基本功能。
