进程调度

Linux内核进程调度与控制的实现

Research and Realization of Linux Kernel Process scheduling and Control

基于Linux的进程调度研究

Study on process scheduling based on Linux kernel

Linux内核的进程调度原理及改进算法研究

Research for Process Schedule Fundamental and Improved Algorithm of Linux Kernel

Linux进程调度的数据结构

The Research on Data Structure of Dispatching Linux Progression

Linux内核2.6进程调度分析与改进

Analysis and Improvement of Linux Kernel 2.6 Process Scheduler

Linux内核进程调度的研究与改进

Research and Improvement of Scheduler Inside Linux Kernel

进程调度策略在Linux中的实现

Realization of process - scheduling policy in Linux

一种改进的Linux实时进程调度算法&RAD算法

An improved real-time linux process scheduling algorithm-RAD algorithm

Linux进程调度策略的研究

An Analysis of Process Scheduling on Linux

LINUX进程调度算法的分析

Analysis of the LINUX Schedule Algorithm

进程调度模型的Spin验证分析与改进

Verification and improvement of process scheduling model by Spin

Linux的进程调度策略

The Scheduling Policy of Linux

Linux进程调度程序剖析

The Analysis Linux Process Scheduler

NP控制平面OS中基于分组属性的进程调度技术

Schedule Processes with Packet Attributes in NP Control Plane OS

现代OS中的进程调度仿真设计与实现

Design and Realization of the Simulation of Process Scheduling At Modern OS is Inside

在基于线性回归的自适应进程调度（LinearRegressionBasedAdaptiveProcessScheduling-LiRAPS）方法中，系统资源由反馈控制器根据系统的调度误差进行闭环分配。

In the Linear Regression Based Adaptive Process Scheduling ( LiRAPS ) approach , the system resources are allocated through the closed loop by the feedback controllers according to the system scheduling errors .

本文以Linux内核源代码为基础，分析了中断处理机制、进程调度策略、虚拟内存、文件系统等Linux的内核机制；

Based on the Linux kernel source codes , the interrupt , process scheduling , virtual memory , file system and so on are analyzed .

接下来论文将理论联系实际，以最新版本的Linux内核作为研究对象，详细剖析了它的进程调度系统。

Third , paper uses the latest version of linux kernel as an object of study and gives detailed analysis of its process scheduling system .

2.6内核的Linux支持O（1）级进程调度算法，支持可抢占内核，相比于2.4内核具有更好的实时性能。

Linux 2.6 kernel supports O ( 1 ) process schedule algorithm and preemptive kernel , which offers better real time performance than 2.4 series kernel .

对Linux的内核源代码进行了分析，且着重于其核心服务机制的组织结构、进程调度、任务队列机制、同步机制、系统定时机制的剖析。

Linux ′ s kernel source code , its architecture , process scheduler , task queue , synchronization , system timer are analyzed in great detail .

显然不同应用领域对Linux系统的实时性、公平性和吞吐量等性能有着不同的要求，而进程调度算法对Linux系统性能起着至关重要的作用。

Obviously different applications have different requirements for real-time performance , fairness and throughput of Linux . And the process scheduling algorithm plays a vital role in Linux .

无阻塞算法被广泛用于操作系统和JVM级别，进行诸如线程和进程调度等任务。

Nonblocking algorithms are used extensively at the operating system and JVM level for tasks such as thread and process scheduling .

剖析、对比的内容涉及到操作系统内核的运行方式、进程调度、实时性、任务间的通信与同步、内存管理、文件系统、网络协议（TCP／IP）、以及设备驱动等方面。

The comparison includes processes scheduling > the characteristic of real-time , intertask communication and synchronization , memory management , file system , TCP / IP protocol and device driver .

由于Linux采用了底半处理策略，因此进程调度要考虑中断程序和任务队列的处理，从而形成了Linux独具特色的调度风格。

It adopts the bottom-half-handle strategy , so the process scheduler needs to consider the management of interrupt program and mission queue , which make Linux form the unique scheduling style .

然而，您将无法在这种环境中打开进程调度程序（scheduler）或应用程序/批处理服务器进程。

However , you will be unable to bring up the process scheduler or application / batch server processes with this environment .

CPU时间记账是性能评测和进程调度的数据来源，其精确度直接影响评测的可靠性和调度的公平性。

CPU time accounting provides the data source of performance measurement and process scheduling , and its accuracy will impact the reliability of measurement and the fairness of scheduling .

通过对Linux进程调度函数源码的分析，深入剖析了kernel核进程调度流程、调度时机、进程PCB和进程调度的依据。

Through the analysis of process scheduling function for Linux , this paper studies the process scheduling flow , scheduling occasion , process PCB and scheduling warranty of the Linux kernel .

介绍了几种典型的进程调度算法，并用C语言程序模拟了各个进程调度算法的执行情况，最后通过一组实验数据对各种进程调度算法的性能进行了比较。

This paper introduces several typical process scheduling algorithms , and simulates the implementing situation of each process scheduling algorithm by using C-language , and compares the performance of each process scheduling algorithm through a set of experimental data .

本文针对Linux操作系统中的普通进程调度算法进行了分析，对以进程为CPU时间分配单位和以用户为CPU时间分配单位的两种算法进行了分析和对比。

This paper analyzes the Linux schedule algorithm and makes a comparison between the schedule algorithm with processes the as CPU time distribution unit and that with users as the CPU time distribution unit .

对Kernel2.6的进程调度算法和相关数据结构作出详细的分析，并针对（基于Linux的）专用实时系统调度算法设计，提出改进方法。

The process scheduling algorithm and relevant data structure of Kernel 2.6 have been analyzed in detail and the improvement method has been put forward aiming at ( Linux-based ) scheduling algorithm design of special real-time system .