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操作系统微内核技术研究*
引用本文:潘 清,张晓清.操作系统微内核技术研究*[J].软件学报,1998,9(8):609-612.
作者姓名:潘 清  张晓清
作者单位:国防科工委指挥技术学院,北京,101407
基金项目:本文研究得到国家“八五”重点科技攻关项目基金和“九五”国防预研项目基金资助.
摘    要:文章介绍了作者在过去5年中在微内核技术上所做的工作.给出了3个算法.① 通过将任务调度和线程调度算法相结合的方法,来解决单纯以线程为单位的调度系统的效率和公平性问题;② 一个改进的写时拷贝算法,它结合写时拷贝算法和访问时拷贝算法的优点,来解决写时拷贝算法在I386体系结构上的适应性问题;③ 提出了一个微内核操作系统计时模型,它解决了传统计时算法在微内核系统中计时不准确的问题.

关 键 词:微内核,调度,存储管理,计时模型.
收稿时间:1996/11/5 0:00:00
修稿时间:7/7/1997 12:00:00 AM

Some Researches on Operating System Microkernel Technology
PAN Qing and ZHANG Xiao-qing.Some Researches on Operating System Microkernel Technology[J].Journal of Software,1998,9(8):609-612.
Authors:PAN Qing and ZHANG Xiao-qing
Affiliation:Institute of Command Technology\ Commission of Science Technology and Industry for National Defence\ Beijing\ 101407
Abstract:Some of the research work which the authors have done on microkernel in the last 5 years are described in this paper. Three new algorithms have been proposed. The first algorithm combines task schedule and thread schedule algorithms together to improve the efficiency of the thread schedule system, it also provides a more fairness scheduling algorithm for microkernel operating system. The second algorithm is an enhanced copy _on _write algorithm, it combines copy _on _write and copy _on _reference algorithms together to make it more suitable on I386 architecture. The last algorithm is a new timing algorithm for microkernel operating system, it solves the inaccuracy timing problem which is caused by traditional timing algorithm running under the microkernel architecture.
Keywords:Microkernel  schedule  virtual memory management  timing model  
本文献已被 CNKI 维普 万方数据 等数据库收录!
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