搜索资源列表
banker
- 银行家算法的MFC模拟程序,可输入MAX，ALLOCAT数值，计算安全序列-Banker s algorithm designed in MFC
banker
- 银行家算法的基本思想是分配资源之前,判断系统是否是安全的 若是,才分配。它是最具有代表性的避免死锁的算法-Banker' s Algorithm The basic idea is the allocation of resources, are to determine whether the system is safe If so, before the distribution. It is the most representative of the algorithm to
BANKER
- 多用户银行家算法，操作系统课设中需要使用到-Banker algorithm multi-user, the operating system located in the required classes to use. . . .
banker
- 使用C++实现的一个银行家算法（类C形式）-C++ realization of the banker algorithm
Banker
- 计算机操作系统死锁的避免--银行家算法C语言版。-Computer operating system deadlock detection algorithm for C language.
banker
- 实现操作系统调度管理思想中的“银行家算法”-To achieve the operating system scheduling management thinking in the " banker' s algorithm"
bankersolution
- 著名的银行家算法的C语言实现，有利于基础的数据结构和算法的练习-Well-known banker algorithm C language, is conducive to data structures and algorithms based practice
Banker
- 利用C++实现银行家算法，并进一步实现界面优化-Banker' s algorithm implementation, and further optimized to achieve interface
Bankers-Algorithm
- 银行家算法是一种最有代表性的避免死锁的算法。在避免死锁方法中允许进程动态地申请资源，但系统在进行资源分配之前，应先计算此次分配资源的安全性，若分配不会导致系统进入不安全状态，则分配，否则等待。为实现银行家算法，系统必须设置若干数据结构。-Banker' s algorithm is one of the most representative algorithm to avoid deadlock. Method to avoid deadlock in the process of dy
banker
- 银行家算法（实现银行家算法的整个流程。从资源申请，到数据结构数值的修改，到安全性检测；循环资源申请，检测每次的安全状态，输出安全序列，直至所有进程执行完毕）-Banker' s algorithm
Banker
- 操作系统中经典的银行家算法的模拟程序，基于MFC对话框，可随意设定进程的个数和资源的个数-Classic bankers operating system simulation algorithm, based on MFC dialog box can be arbitrarily set the number of processes and resources, the number of
Banker
- 使用银行家算法，编写和调试一个系统动态分配资源的简单模拟程序。 自此，每行表示进程对资源的请求； 当所有进程结束后或文件结束时，程序结束。 -Using the banker' s algorithm, write and debug a simple dynamic simulation program to allocate resources. Since then, each line that process requests for resources when
banker
- 用银行家算法 ，实现资源分配 ，具有显示或打印各进程依次要求申请的资源数以及依次分配资源的情况-With the banker' s algorithm, resource allocation, with the display or print the application of the process followed by the number of resources required and the allocation of resources in order
Banker
- 利用银行家算法实现解决操作系统饥饿问题的算法，动态在控制台显示各个进程的运行情况。-Bankers algorithm used to solve the problem of hunger in the operating system, algorithm, dynamic in the console displays the operation of each process.
banker
- 银行家算法的实现，同时具备安全性检验，简单明了-Banker' s algorithm implementation, along with security testing, simple
bankers-algorithm
- 银行家算法是一种最有代表性的避免死锁的算法。在避免死锁方法中允许进程动态地申请资源，但系统在进行资源分配之前，应先计算此次分配资源的安全性，若分配不会导致系统进入不安全状态，则分配，否则等待。为实现银行家算法，系统必须设置若干数据结构。-Banker' s algorithm is one of the most representative algorithm to avoid deadlock. Method to avoid deadlock in the process of dy
BankeraSharp39s-algorithm
- 银行家算法，模拟实现了银行家算法的功能，并带有运行结果-Banker' s algorithm to simulate the function of achieving the banker' s algorithm, and with the running results
Banker
- 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。-Banker' s algorithm is an important method to avoid deadlock, this experiment requires high-level language used to write and debug a simple banker algorithm. Be
Banker-algorithm
- 避免死锁（Deadlock）的银行家算法,使用C++实现，测试可用-Avoid deadlock (Deadlock) bankers algorithm, using C++ implementation, testing available
Banker algorithm
- This is a lab assignment for OS. Implementing simple banker algorithm with c++;