搜索资源列表
123
- 模拟实现银行家算法，用银行家算法实现资源分配和安全性检查。通过本次实验，使学生加深对死锁概念的理解和掌握，并培养学生对操作系统开发的兴趣与应用能力。-Simulation of the banker' s algorithm, the banker' s algorithm for resource allocation and security checks. Through this experiment, to deepen students ' understandin
caozuoxitong-
- 自己动手做的操作系统实训，关于银行家算法的-Yourself to do the training of the operating system, on the banker' s algorithm
os-YIN-HANG-JIA
- 银行家算法，个人原创经典，昆明理工大学操作系统实验-Banker' s algorithm, the individual original classic, Kunming University of Science and Technology operating system experiment
yinhang
- 银行家算法，完整代码实现！无需调试，即可运行！-Banker' s algorithm, to achieve complete code! Need to debug, you can run!
Bank
- 以从文件读入的方法，实现了操作系统中预防进程死锁的银行家算法。-Process deadlock prevention in the operating system to read from the file into the banker' s algorithm.
BRAND
- 这个主要是实现操作系统里面的算法，其是为了避免阻塞而实现银行家算法-This is the main operating system inside the algorithm in order to avoid obstruction of the banker' s algorithm
Bank
- 模拟银行家算法，实现自动分配资源及遍历输出所以安全序列-Simulation of the banker' s algorithm to achieve automatic allocation of resources and traverse the output so the security sequence
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
operating-system
- 计银行家算法,void FCFS(int Han,int DiscL[]) //先来先服务算法(FCFS) void SSTF(int Han,int DiscL[]) //最短寻道时间优先算法(SSTF) int SCAN(int Han,int DiscL[],int x,int y) //扫描算法(SCAN) void CSCAN(int Han,int DiscL[]) //循环扫描算法(CSCAN) void N_Step_SCAN(int Han1,int DiscL
Bankers_algorithm
- 这段代码是实现操作系统中“银行家算法”的源代码，采用C语言进行编写-This code is to achieve the operating system " banker' s algorithm," the source code, using C language to write
BankerAlgorithm
- 操作系统银行家算法源码，这个是我做课程设计时编写的C语言的银行家算法-Operating system bankers algorithm source code, this is what I do curriculum designed to prepare the banker' s algorithm in C language
allocation
- There are three methods for handling deadlocks in resource allocation systems deadlock prevention, deadlock avoidance and deadlock detection combined with recovery. Of these three methods deadlock avoidance is preferable in many cases but seldom
ConsoleApplication1
- //程序说明： // 一、开发语言：C#语言 //二、本程序模拟的是课本 银行家算法之例 编写的。 // 即系统中有五个进程{0，1，2，3，4}和三类资源{A,B,C},各进程的初始资源分配情况及各资源的总数量均 //参照该例子。 //三、本程序中共四个函数分别为：show(),apply(),test(),及主函数main() // 其中： // 1、show()的功能为：直观的列出系统某时刻的资源分配情况。 // 2、apply()的功能为：进程发出资
Bank
- VC环境下对操作系统中的银行家调度算法的模拟实现-VC environment on the operating system of the banker s scheduling algorithm simulation
银行家算法
- 银行家算法是由Dijkstra设计的最具有代表性的避免死锁的算法。本实验要求用高级语言编写一个银行家的模拟算法。通过本实验可以对预防死锁和银行家算法有更深刻的认识。(Banker's algorithm is the most typical deadlock avoidance algorithm designed by Dijkstra. This experiment requires the use of high-level language to write a banker's s
bankers
- 一个成功实现银行家算法的代码,代码包含用c/c++实现(implement of the Banker's Algorithm,by c/c++)
银行家算法
- 操作系统银行家算法流程图，含源文件和导出图片文件(The operating system banker's algorithm flow chart, the source file and the export picture file)
bank
- 银行家算法 java实现，能够完成资源分配问题(Java implementation of banker's algorithm)
银行家
- 银行家算法，操作系统课程设计，可以文件读取，也可以手动输入数据(The banker's algorithm, the operating system course design, the file read, and the manual input of the data)
Bank
- 1．根据所需进程数量和资源数目进行动态开辟内存 2．检查用户输入是否正确 3．进行安全性检测 4．使用银行家算法为进程分配资源(1. dynamically open up memory according to the number of required processes and the number of resources 2. check whether the user is correct or not 3. security detection 4. use the