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爽爽
- 操作系统银行家算法 一、目的和要求 银行家算法是避免死锁的一种重要方法，本实验要求用高级语言编写和调试一个简单的银行家算法程序。加深了解有关资源申请、避免死锁等概念，并体会和了解死锁和避免死锁的具体实施方法。-a banker's algorithm operating system, the purpose and requirements of bankers to avoid deadlock algorithm is an important method used in
bank
- 银行家算法。银行客户系统常用的一个算法。。此代码效率不高，如果有大牛能够给予指教，感激不尽-Banker s Algorithm. Bank customers in the system commonly used in an algorithm. . This code efficiency is not high, if there are large cattle can give advice grateful
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
- 用c++实现的操作系统中著名的银行家算法，应该说里面实现的还是比较易懂的-Using c++ implementation of the operating system well-known banker' s algorithm, it should be said there is still relatively easy to understand the implementation of the
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
- 这是一个C++的银行家算法程序,可以根据输入的进程资源进行银行家算法.也可以按2直接输入一组默认数据.-This is a C++ procedures of the banker' s algorithm, you can enter the process in accordance with resources algorithm Banker. 2 can be directly imported by a set of default data.
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- 银行家算法和流程图 可用于参考 用c编写的-还可以
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- 银行家算法 主要是解决进程占用资源，以及如何分配资源，以及分配失败的原因-bank，this is to solve process how to read resource.
yinhangjiasuanfa
- 本程序主要是用银行家算法避免系统出现的死锁-This procedure is mainly used bankers algorithm avoid deadlock system
yinhangjiasuanfa
- 这是操作系统的第一个实验叫做银行家算法，它由三部分组成-This is the first experimental operating system called the banker' s algorithm, which consists of three parts
yinghangjia
- 操作系统中用到得一个银行家算法！可以实现安全性检查-Operating system used was a banker' s algorithm! Security checks can be ~ ~
bankerarithmetic
- 做操作系统实验时候写的银行家算法，只是简单的控制台程序-banker arithmetic
sum
- 通过编程实现银行家算法来避免系统中的死锁现象，加以读者对算法的理解-Through programming banker' s algorithm to avoid deadlock in the system phenomena to be the reader' s understanding of the algorithm
banker
- 银行家算法，使用vs2005控制台应用程序设计的-Banker' s algorithm, using vs2005 console application designed for
bank
- 按照 汤子瀛操作系统一书银行家算法编写，界面友好，实现了银行家算法-Operating system, according to Tang Zi Ying write a book banker' s algorithm, user-friendly to achieve the banker' s algorithm
银行家算法
- 银行家算法的实现，以及安全性检查，代码部分参考其他平台，在此对代码进行了优化与更改(Banker algorithm implementation, as well as security checks)
银行家算法
- 模拟银行家算法，对进程进行资源分配，。。。。。。。。。。。(Simulated banker algorithm)
main
- 为了了解系统的资源分配情况，假定系统的任何一种资源在任一时刻只能被一个进程使用。任何进程已经占用的资源只能由进程自己释放，而不能由其他进程抢占。当进程申请的资源不能满足时，必须等待。因此，只要资源分配算法能保证进程的资源请求，且不出现循环等待，则系统不会出现死锁。 要求编写系统进行资源调度的程序，采用银行家算法，有效地避免死锁的产生。(In order to understand the resource allocation of the system, it is assumed that
银行家算法
- 根据银行家算法的基本思想编写和调试一个实现动态资源分配的模拟程序并能够有 效地防止和避免死锁的发生。(According to the basic idea of banker's algorithm, we compile and debug a simulation program to realize dynamic resource allocation, and we can have To prevent and avoid the occurrence of deadlock.
银行家算法
- 银行家算法是从当前状态出发，逐个按安全序列检查各客户中谁能完成其工作，然后假定其完成工作且归还全部贷款，再进而检查下一个能完成工作的客户。如果所有客户都能完成工作，则找到一个安全序列，银行家才是安全的。(The banker's algorithm is based on the current state, checking who can do the work one by one according to the security sequence, and then assume th