a complete multi

操作系统原理实验――进程调度实验报告 实验内容或题目: 1）设计有5个进程并发执行的模拟调度程序，每个程序由一个PCB表示。 2）模拟调度程序可任选两种调度算法之一实现（有能力的同学可同时实现两个调度算法）。 3）程序执行中应能在屏幕上显示出各进程的状态变化，以便于观察调度的整个过程。 4）本次实验内容（项目）的详细说明以及要求请参见实验指导书。 -Operating principle experiment- the process of scheduling the content or subject experiment on the experiment: 1) design process, concurrent implementation of the five simulation scheduler, each program consists of a PCB, said. 2) The simulation scheduler can be optional, one of two kinds of scheduling algorithm to achieve (with the ability of students can simultaneously achieve the two scheduling algorithms). 3) program implementation should be able to screen out the process of change of state in order to observe the entire process of scheduling. 4) The content of this experiment (project) and to require a detailed explanation, see the experimental instructions.

模拟操作系统的进程调用-simulated the process of operating system calls

nachos下线程与同步的实验，在nachos目录下覆盖源文件后make就可以运行-threads and synchronization of nachos Experimental

C++写的操作系统原理及实现,模拟页面置换算法FIFO的源码-C++ Write the operating system and realize the principle of simulated FIFO page replacement algorithm for the source

一套菜单控件 用起来比较方便 皮肤可以由自己定义 -A set of menu controls more convenient to use the skin can be defined by their own

S3C2410/S3C2440的基本部件实验源码：UART、I2C、MMU、NAND FLASH、触摸屏等10多个-S3C2410/S3C2440 the basic components of the experimental source: UART, I2C, MMU, NAND FLASH, such as touch screen more than 10

用VC++6.0模拟实现最佳置换算法、最近最久未使用算法、先进先出置换算法。-VC 6.0 Simulation best replacement algorithm, the most recent time on the use of algorithms, FIFO replacement algorithm.

dos 1.0 其中包含quick basic源代码、内存管理himem emm386 发展历史-dos 1.0 which includes quick basic source code, memory management himem emm386 history

UCOS-II在VC++6.0环境下的调试及编译-UCOS-II in VC++ 6.0 debugging environment and compiler

内核，是一个操作系统的核心。它负责管理系统的进程、内存、设备驱动程序、文件和网络系统，决定着系统的性能和稳定性。Linux作为一个自由软件，在广大爱好者的支持下，内核版本不断更新。新的内核修订了旧内核的bug，并增加了许多新的特性。如果用户想要使用这些新特性，或想根据自己的系统度身定制一个更高效，更稳定的内核，就需要重新编译内核。本文将以RedHat Linux 6.0（kernel 2.2.5）为操作系统平台，介绍在Linux上进行内核编译的方法。 -Kernel is the core of an operating system. It is responsible for the process management system, memory, device drivers, files, and network system determines the system performance and stability. Linux as a free software, the majority of fans support, kernel version constantly updated. The core of the new amendments to the old kernel bug, and adds many new features. If users want to use these new features, or would like to according to their own system tailored to a more efficient, more stable core, will need to recompile the kernel. This article will be RedHat Linux 6.0 (kernel 2.2.5) for the operating system platform, introduced in the Linux kernel compile on approach.