Search - scheduling algorithm

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[Linux-Unix] memoryyyyy DL : 0: 存储管理实验内存页面调度算法比较理解内存页面调度的机理，掌握几种理论调度算法实现，并通过实验比较各种调度算法的优劣。此外通过实验了解HASH表数据结构的使用。 -experimental memory storage management pages scheduling algorithm better understanding of memory pages scheduling mechanism, Several theories master scheduling algorithm, and through experiments comparing the merits of scheduling algorithm. In addition experimental hash table to understand the data structure used.
Date : 2008-10-13 Size : 15.49kb User : wodanige
[Linux-Unix] UCOSIIkernalschedinganalysis DL : 0: 多任务系统中，内核负责管理各个任务，或者说为每个任务分配CPU时间，并且负责任务之间的通讯。内核提供的基本服务以使用实时内核可以大大简化应用系统的设计，是因为实时内核允许将应用分成若干个任务，由实时内核来管理它们。内核用程序的额外负荷，代码空间增加ROM的用量，内核本身的数据结构增加了RAM的用量。但更主要的是，每个任务要有自己的吃起内存来是相当厉害的。内核本身对CPU的占用时间一般在2到5个百分点之间。 UC/OS-II有一个精巧的内核调度算法,实时内核精小，执行效率高，算法巧妙,代码空间很少。-multi-tasking system, the kernel is responsible for all management tasks, or tasks assigned to each CPU time, also responsible for the communication between tasks. Kernel provide basic services to the use of real-time kernel can greatly simplify the application system design, Real-time kernel is allowed to use divided into several tasks, from real-time kernel to run them. Kernel with the additional load procedures, code space to increase the amount of ROM, the kernel data structures to increase the amount of RAM. But more importantly, each must have its own task-eating memory to be quite drastic. CPU kernel itself to the occupier of the time normally two to five percentage points between. UC / OS-II is a sophisticated scheduling algorithm kernel, real-time kernel precision small, high effi
Date : 2008-10-13 Size : 157.6kb User : Jacky
[Linux-Unix] project3 DL : 2: The main purpose of this project is to add a new scheduling algorithm to GeekOS and to implement a simple synchronization primitive (semaphore). As you might have already noticed, GeekOS uses a simple priority based preemptive Round Robin algorithm. In this project, you will change this to a multilevel feedback scheduling. In addition, you will provide user programs with semaphores, a means to check the system s current time and a mechanism for passing command-line arguments
Date : 2008-10-13 Size : 575.35kb User : 向东
[Linux-Unix] memoryyyyy DL : 0: 存储管理实验内存页面调度算法比较理解内存页面调度的机理，掌握几种理论调度算法实现，并通过实验比较各种调度算法的优劣。此外通过实验了解HASH表数据结构的使用。 -experimental memory storage management pages scheduling algorithm better understanding of memory pages scheduling mechanism, Several theories master scheduling algorithm, and through experiments comparing the merits of scheduling algorithm. In addition experimental hash table to understand the data structure used.
Date : 2025-12-26 Size : 15kb User :
[Linux-Unix] UCOSIIkernalschedinganalysis DL : 0: 多任务系统中，内核负责管理各个任务，或者说为每个任务分配CPU时间，并且负责任务之间的通讯。内核提供的基本服务以使用实时内核可以大大简化应用系统的设计，是因为实时内核允许将应用分成若干个任务，由实时内核来管理它们。内核用程序的额外负荷，代码空间增加ROM的用量，内核本身的数据结构增加了RAM的用量。但更主要的是，每个任务要有自己的吃起内存来是相当厉害的。内核本身对CPU的占用时间一般在2到5个百分点之间。 UC/OS-II有一个精巧的内核调度算法,实时内核精小，执行效率高，算法巧妙,代码空间很少。-multi-tasking system, the kernel is responsible for all management tasks, or tasks assigned to each CPU time, also responsible for the communication between tasks. Kernel provide basic services to the use of real-time kernel can greatly simplify the application system design, Real-time kernel is allowed to use divided into several tasks, from real-time kernel to run them. Kernel with the additional load procedures, code space to increase the amount of ROM, the kernel data structures to increase the amount of RAM. But more importantly, each must have its own task-eating memory to be quite drastic. CPU kernel itself to the occupier of the time normally two to five percentage points between. UC/OS-II is a sophisticated scheduling algorithm kernel, real-time kernel precision small, high effi
Date : 2025-12-26 Size : 157kb User : Jacky
[Linux-Unix] project3 DL : 0: The main purpose of this project is to add a new scheduling algorithm to GeekOS and to implement a simple synchronization primitive (semaphore). As you might have already noticed, GeekOS uses a simple priority based preemptive Round Robin algorithm. In this project, you will change this to a multilevel feedback scheduling. In addition, you will provide user programs with semaphores, a means to check the system s current time and a mechanism for passing command-line arguments
Date : 2025-12-26 Size : 575kb User : 向东
[Linux-Unix] algorithm DL : 0: 这是我自己写的有关操作系统的进程调度算法实验的程序.有兴趣的可以看一下.-This is my own writing process of the operating system scheduling algorithm experimental procedures. Are interested can look at.
Date : 2025-12-26 Size : 4kb User : 苏
[Linux-Unix] distributed-fair-scheduling-in.ps DL : 0: 进行IEEE 802.11e中的HCCA的分布式公平调度算法的仿真-For HCCA in IEEE 802.11e Distributed Fair Scheduling Algorithm Simulation
Date : 2025-12-26 Size : 91kb User : mengman
[Linux-Unix] mp1 DL : 0: LINUX 下的 NACHOS 系统实现系统调度的算法功能-LINUX Nachos system under the system function of scheduling algorithm
Date : 2025-12-26 Size : 264kb User : 迪迪仔
[Linux-Unix] CPU_Schedu641153212002 DL : 0: This a CPU Scheduling Algorithm implemented in C in order to Simulate CPU Scheduling-This is a CPU Scheduling Algorithm implemented in C in order to Simulate CPU Scheduling
Date : 2025-12-26 Size : 2kb User : Saurabh
[Linux-Unix] LinuxKernelTaskManagment DL : 0: 1、linux进程管理的模块组织框架 2、相关数据结构。 3、进程调度原则，调度算法,。 4、进程的创建和运行管理。 5、进程间通讯。 6、更多的技术进程调度和中断处理交接进程管理涉及的内核机制：bottom-half处理，等待队列 Linux/SMP的进程管理和调度技术 7、概述2.4的新特点-1, linux process management modules organizational framework 2, the relevant data structures. 3, the principle of process scheduling, scheduling algorithm. 4, the process of the creation and operation management. 5, inter-process communication. 6, more technical process scheduling and interrupt handling kernel involved in the handover process management mechanism: bottom-half processing, waiting queue Linux/SMP in process management and scheduling techniques 7, outlining the new features of 2.4
Date : 2025-12-26 Size : 427kb User : Bamboo
[Linux-Unix] Processorschedulingalgorithm DL : 0: 处理机调度算法，模拟了处理机调度的各种算法-Processor scheduling algorithm
Date : 2025-12-26 Size : 4kb User : ch
[Linux-Unix] RMS DL : 0: RMS scheduling algorithm - free source codes
Date : 2025-12-26 Size : 1kb User : yahia
[Linux-Unix] AlgorithmAboutLinuxKernel DL : 0: 关于Linux2.6.18内核调度算法中判断交互式进程和非交互式进程的详细分析，以及证明其内核中的算法存在的相应的问题。 test.c为应用层测试代码 drv.c为内核驱动，为内核提供需要打印的进程ID prioxxx.log显示当测试进程的优先级设置为xxx时的内核的打印信息 no_setpriority.log显示为默认进程时的内核打印信息-About Linux2.6.18 kernel scheduling algorithm to determine the interactive process and the non-interactive process of detailed analysis, as well as the kernel of the algorithm to prove the existence of the corresponding issues.
Date : 2025-12-26 Size : 174kb User : 张科
[Linux-Unix] dask DL : 0: 加深对于操作系统设备管理技术的了解，体验磁盘移臂调度算法的重要性；掌握几种重要的磁盘移臂调度算法，练习模拟算法的编程技巧，锻炼研究分析试验数据的能力。 -Deepen the understanding of the operating system device management technology and experience transfer disk arm scheduling algorithm importance master disk transfer arm of several important scheduling, training simulation algorithm programming techniques, exercise test data analysis capability.
Date : 2025-12-26 Size : 1kb User : jeremy
[Linux-Unix] JinChenDiaoDu DL : 0: 设计进程控制块PCB表结构，适用于多级队列反馈调度算法。-Design process control block PCB table structure for multi-level feedback queue scheduling algorithm.
Date : 2025-12-26 Size : 9kb User : 付言叶
[Linux-Unix] JinChen DL : 0: 在Java环境中，实现进程调度算法，进程控制块PCB表结构，适用于多级队列反馈调度算法-In the Java environment, course scheduling, process control blocks PCB table structure for multi-level feedback queue scheduling algorithm
Date : 2025-12-26 Size : 4kb User : 付言叶
[Linux-Unix] keshe DL : 0: 操作系统的课程设计实现银行家算法，进程调度算法和磁盘调度算法-Operating system design and implementation of courses bankers algorithm, the process of scheduling and disk scheduling algorithm
Date : 2025-12-26 Size : 115kb User : fanrenlong
[Linux-Unix] wenjianguanli DL : 0: 1）程序主界面可选择进程调度算法进行演示，其中调度算法包括：时间片轮转法，短作业优先算法，动态优先级算法。 2）然后进入子界面可选择进程数量和输入进程运行所需要的时间。 3）每个进程的优先数由随机函数产生且优先数随等待时间而变化，执行并显示结果。 -1) The program can choose the main interface shows the process of scheduling algorithm, scheduling algorithm which includes: Round-Robin time slice, short job first algorithm, dynamic priority algorithm. 2) and then choose to process into the sub-interface number and enter the time required to run the process. 3) the priority of each process, the number of priority by the random function and the number of changes with the wait time, execute and display the results.
Date : 2025-12-26 Size : 8kb User : 代浩
[Linux-Unix] Prac5 DL : 0: disk scheduling algorithm
Date : 2025-12-26 Size : 105kb User : Sandy

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