搜索资源列表
bank
- 实现经典的银行家算法、是一个很好的演示程序、可用于讲解操作系统课程-The realization of the classic banker
yinhangjia
- 银行家算法 适合操作系统课设 自己编的-Banker
bank
- 二维动态数组的银行家算法 可以自己输入进程数和资源数-Two-dimensional dynamic array of the banker s algorithm can process the number of input and resources of several
banker
- 实现银行系统的管理,查账,转账,取款等,不过没有实现界面-Realize the banking system management, auditing, transfers, withdrawals, etc., but I did not realize interface
bank
- 设计内容包括银行家算法和安全性算法,以及用VC界面实现输出.并实现了课本97页的例题,内附实验报告-Design elements include banker' s algorithm, and security algorithms, and the VC output interface implementation. And achieve a textbook example of 97, enclosing the experimental report
yinhangjia
- 实现死锁避免算法——银行家算法 1、程序运行开始时,资源全部可用。资源种类约10种,每种资源数目为1~10。 2、不断随机产生或手工输入新的“进程资源需求向量”,并填写到最大需求矩阵。 3、在各进程的最大需求数量范围内(因此需作是否超出范围的检验),为各进程随机生成或手工输入资源请求。经银行家算法后输出系统是否安全的信息。当一个进程的资源请求全部发完后,认为它结束 -Deadlock Avoidance Algorithm implementation- one ba
aaa
- 银行家算法C语言实现 采用递归方式进行实现银行家算法-Banker' s algorithm implementation using C language implementation recursive way of Banker' s Algorithm
Banker
- 银行家算法
hongbaojiang
- Banker' s algorithm implementation of the Resource Management System, C + + code, I hope there is help for everyone!-Banker' s algorithm implementation of the Resource Management System, C++ code, I hope there is help for everyone!
moneychanger
- 操作系统课程设计,银行家算法,用C++做的,当时得了优呢,分享下。-Operating systems curriculum design, banker' s algorithm, using C++ to do, when it got better, to share the next.
yinhangjiasuanfa
- 实现了银行家算法,操作系统课程设计时编写的,能够成功运行-The banker' s algorithm implementation, the operating system designed to prepare the curriculum, be able to run successfully
yinhanjia
- 典型的银行家算法,操作系统课程实验,非常好用的,大家-Banker' s algorithm, the operating system course experiment
yinhangjiasuanfa
- 操作系统课程设计之银行家算法,经过老师验收,通过-Curriculum design of the operating system banker' s algorithm, after the teacher acceptance, through
bank
- 通过实现银行家算法代码 来检测进程分配是否安全-Banker' s algorithm through the process of distribution of code to detect if it is safe
dijkstra
- 银行家算法 1. 实验目的: 用高级语言编写和调试一个利用银行家算法避免死锁的程序,以加深对分配资源时如何避免死锁的理解。 2. 实验内容: 编写一个模拟程序,完成避免死锁的模拟,要求采用dijkstra的银行家算法。 实验具体包括:首先确定可利用资源向量的数据结构、最大需求矩阵,分配矩阵,需求矩阵,然后完成银行家算法、安全性算法等程序代码 最后编写模拟过程的主函数,上机实验并取得结果数据。 -Banker' s Algorithm 1. Experimental
Java
- 运用数据和恢复现场的原理,完成了对银行家算法的演示。-Using the data and restore the principles of the site, completed a demonstration of banker' s algorithm.
bank1
- 经典的银行家算法。能对进程进行分析,找到安全序列。-Classic banker' s algorithm. Analysis of the process to find a safe sequence.
yhjsf
- 本程序较好的完成了银行家算法,相比其他程序有较大的改进-Banker' s Algorithm
yhj
- 用C++实现的银行家算法,简单,实用-Banker' s Algorithm
CG_LAB
- a source code for banker s algorithm