搜索资源列表
操作系统1
- 注意: 1. OS.jar为Java打包可执行文件 2. 由于时间,和界面空间问题,每个进程的资源拥有情况没有详细列明.如果要认真检查 程序的正确性,可以重新编译运行,然后查看Dos界 面下的输出.因为Dos界面下会输出 每个进程的资源情况(包括每个进程对每类资源的最大需求,分配情况,和所欠资源情况. 3. 资源设置中,进程设置应小于100个,资源类数应小于20个.-attention : 1. OS.jar Java package for two executable files. Due
spooling
- 利用java实现的spooling系统模拟,包括输入输出井、缓冲区、出入输出进程的模拟。初学者可用来参考加深对操作系统相关概念的理解。-Spooling system using java implementation of simulation, including input and output wells, buffer, out of the analog output of the process. Beginners can be used to refer to deepen t
pcb
- 这是一个操作系统的源代码,关于进程调度问题的代码。可以模拟cpu的进程调度,虽然拙劣了点。但是值得参考一下的、-This is an operating system source code, the process of scheduling problems on the code. Cpu can simulate the process of scheduling, although clumsy for that. But it is also useful to look, and
SPF
- 操作系统-短进程优先调度算,JAVA实现,带界面,有解释-Operating system- short process scheduling priority operator, JAVA achieved with interface, are explained
os
- 实现分页式存储地址转换过程,在此基础上实现请求分页的地址转换。实现请求页式地址转换中出现的缺页现象时,用到的先进先出FIFO、最近最久未使用LRU、最佳OPT置换算法。 -The realization of paging memory address translation process, in this based on the address translation request page. The realization of Page Address Translation req
OSE04
- 实现进程调度,从而观看自己电脑的进程,得知代码的开发与java的观看。-To achieve the process of scheduling, and thus the process of watching their computer and learned that the code development and java viewing.
PCB
- 进程及其资源管理 一、实验目的 1.理解资源共享与互斥特性以及操作系统管理资源的基本方法。 2.学会使用高级语言进行多线程编程的方法。 3.掌握利用VC++或Java线程库实现一个管理器,用来实现操作系统对进程及其资源的管理功能。 4.通过该实验,学生可在源代码级完成进程及其资源管理方案的分析、功能设计、编程实现,控制进程间的同步、互斥关系。 -Process and resource management an experimental purposes 1.
scheduling
- 操作系统中进程调度与资源分配算法(即银行家算法)的可视化演示程序,使用Java编写,GUI为SWING-Operating system process scheduling and resource allocation algorithm (ie, the banker' s algorithm), visual presentation program, written in Java, GUI SWING
process_concurrent
- 这是一段用java编写的代码,用于实现模拟进程的并发执行-This is a written with java code to simulate the process used to achieve concurrent execution
ElevatorTest
- 操作系统电梯调度问题,共5个电梯,20层,要求实现进程管理,上传的是java文件,编译后即可运行-OS elevator scheduling problem of 5 lifts, 20-story, required to achieve process management
