微内核技术

在课题的研究中主要采用了J2EE技术、XML技术、微内核技术、组件技术和基于产生式表示的智能技术等。

J2EE , XML , microkernel , component and intelligent techniques of rule representation are used in the software developing process .

操作系统微内核技术研究

Some Researches on Operating System Microkernel Technology

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。

Micro-kernel technology could enhance modularization of ERTOS , and make system reduction and expansion easier .

本文在现有设备驱动研究基础之上，结合微内核技术的研究成果，针对内核模式设备驱动框架中存在的安全隐患，提出了一种基于微内核技术的用户空间设备驱动框架。

In this paper , based on the current device driver and microkernel research , we proposed a new user-space device driver framework .

本文以仿真环境的框架为基础，采用面向对象的软件工程方法设计了实时仿真平台的系统结构，并将基于总线的系统模型和微内核技术应用于设计过程。

The architecture of real-time simulation platform is designed based on software engineering method and the framework of integrated simulation environment using bus-based system model and microkernel technology .

提出了基于微内核技术的实时数据管理组件设计方案，实现了事务调度内核同其他功能块的分离，开发了实时数据管理组件。

A real-time data management control based on microkernel actualizes the separation of the services scheduling and other functional module and exploitation of the real-time data management control .

本文的设计不仅应用于与Intel公司合作的基于微内核的虚拟化技术研究项目中（Intel大学合作项目），也为其它微内核操作系统设计提供了参考。

The design in this paper is not only used in the project cooperated with Intel : Enhanced Virtualization Based on Micro Kernel Architecture ( Intel university sponsored project ), but also provides a reference design for other micro-kernel operating systems .