micro-kernel
英 [ˈmaɪkrəʊ ˈkɜːnl]
美 [ˈmaɪkroʊ ˈkɜːrnl]
网络 微内核; 微核心; 微内核结构; 微核
双语例句
- The Linux micro-kernel, composed of memory management, process management and timing services
Linux微内核，由内存管理、进程管理和定时服务构成 - Requests to the micro-kernel can also be made to create new resources or update or delete existing resources.
向微核发送的请求也可以被用来创建新的资源、更新或删除现存资源。 - Research and Design of Embedded Micro-Kernel Operating System Based on Multi-Core Architecture
基于多核处理器架构的嵌入式微内核操作系统的研究与设计 - The Design and Implementation of Micro-Kernel Workflow Engine System
基于微内核工作流引擎的设计与实现 - A REST-based micro-kernel handles all requests for resources, resolving the URI from the address space and returning a representation of that resource.
基于REST的微核负责处理所有的资源请求，从地址空间中解析URI地址，并且返回该资源的表示。 - Multi-core Architecture Supported Micro-kernel Operating System Design
支持多核架构的微内核操作系统设计 - Research of Real-Time Virtualization Technology Based on Micro-Kernel Architecture
基于微内核架构的实时虚拟化技术的研究 - This paper discusses the static characteristics and dynamic behaviors of micro-kernel pattern, and analyzes a typical application system based on it.
论述了微内核模式体系结构的静态特点和动态行为，分析了一个典型的基于微内核模式的应用系统。 - The network server is an important part in the micro-kernel based operating system, Pagoda.
在微内核操作系统Pagoda的设计和实现中，网络服务器是一个重要的部分。 - Applications in debugging micro-kernel operation system show that this method is very efficient.
在调试微内核操作系统服务的应用中表明，此方法非常有效。 - A New Driver Model Based on Component and Micro-kernel
一种新型的基于构件和微内核的设备驱动模型 - We study a very flexible technique, the micro-kernel architecture.
本文首先研究了微内核体系结构。 - The Design and Implementation of the Network Protocols Based on the Micro-Kernel Operation System Pagoda
基于微内核操作系统PAGODA的网络协议软件的设计与实现 - A Study on the Application of Micro-kernel Pattern in Software Architecture
软件体系结构中微内核模式的应用研究 - Security design and Implementation for micro-kernel based file system server
基于微核心的安全文件系统服务器的设计和实现 - Second, Adopting the micro-kernel and layered operating system structure was in favor of improving the reliability and maintainability of the code.
其二，采用微内核和层次化的操作系统结构有利于提高代码的可靠性和可维护性。 - IR-OS adopts micro-kernel structure, preemptive scheduling strategy, and has user friendly API.
IR-OS采用了微内核结构设计，基于抢占式优先级调度，内核代码简洁，并提供良好的开发接口。 - Embedded Linux, the most attractive embedded operating system, can apply to various hardware platforms, and has the merits of giving good support to network, modularization, and micro-kernel.
嵌入式Linux是最受关注的嵌入式操作系统，可应用于多种硬件平台，具有对网络的良好支持，以及高度模块化和微内核等优点； - Then the network memory management is improved according to the specialty of system kernel and the fact of network application to make it more suitable for the application environment of embedded micro-kernel.
其次结合系统内核的特点与网络应用的实际，对网络内存管理作了一定的改进，使其更符合嵌入式微内核实时应用环境。 - Micro-kernel technology could enhance modularization of ERTOS, and make system reduction and expansion easier.
微内核技术可提高嵌入式实时操作系统的模块化程度，使系统更加容易被裁减和扩充。 - So long as the operating system can run to the micro-kernel, the application would not have made the change because of the hardware platform changes, such a good virtualization embedded system applications to meet the general tendency.
这样只要操作系统可以运行到微内核上，应用就不必因硬件平台改变而做出修改，这种虚拟化实现很好的满足了嵌入式系统应用通用化的趋势。 - Based on the model of the Saturn platform it is to achieve micro-kernel engine and is used for the development of integrated application software and software infrastructure to simplify the integration process-with the corresponding components we can achieve integrated development goals.
并基于该模型实现了Saturn平台的微内核引擎，用于在开发中集成应用软件与软件基础设施来简化集成过程，使软件开发变得简单而明确，只需集成相应构件就可以达到开发的目标。 - Eclipse system from micro-kernel architecture, plug-in platform of key technologies to realize the adaptation in the field of geophysical platform system plug-ins.
系统借鉴Eclipse微内核体系结构，通过对插件平台的关键技术的研究，实现了适应于物探领域的插件平台系统。 - The Micro-Kernel architecture intelligent measurement and control system software was flexible and expandable, reducing the coupling degree among models effectively and raising the reliability of the system software.
基于微内核体系结构的智能测控系统软件具有很好适应性、可扩展性和可靠性，有效地降低各系统软件模块之间耦合度。 - For be able to deploy and communications in the asynchronous distributed environment, used Agent mechanism in the design of micro-kernel.
为了能在异步的分布式环境中进行部署和通信，在微内核的设计中采用了Agent机制。 - Based on the analysis of the functional requirements of micro-kernel NGN framework, applying reflection, Annotations and AOP, this paper presents the resolution of the core classes.
在基于下一代网络微内核的执行框架的功能需求分析的基础上，运用反射、Annotations和AOP技术，提出了各模块核心类的实现方法。 - The operating system is based on micro-kernel. Other function modules like Inter Process Communication, device management, are gotten from COTS ( Commercial Off the Shelf) operating systems directly which ensures the performance and stability. 2.
操作系统采用微内核结构，其他模块如进程同步与通信和设备管理等直接使用了COTS（CommercialOffTheShelf）操作系统的相应功能，保证了功能模块的性能和稳定性。 - Micro-kernel operating system improves system scalability, and enhances system reliability and security; therefore it has a better prospect of application.
微内核操作系统可提高系统的可扩展性，增强系统的可靠性和安全性，有很好的应用前景。 - Micro-kernel is a concept which is different with Macro-kernel.
微内核是与宏内核相对应的一个概念。 - This component model to achieve the ability to resolve micro-kernel operating system components to facilitate system expansion and dynamic updates; component-based visual development tool is based on "Eclipse" plug-in specification, supports component development, design, testing and deployment capabilities.
这个构件模型实现了能够解析运行构件的微内核系统，以便于系统扩展和动态更新；构件的可视化开发工具基于“Eclipse”插件规范，支持对构件的开发、设计、测试及部署功能。