文件名称:dijkstra
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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 purposes: the preparation and use of high-level language debugging a bankers algorithm avoid deadlock using the procedures in order to deepen their understanding of the allocation of resources understanding how to avoid deadlock. 2. Experimental Content: to prepare a simulation program, the completion of the simulation to avoid deadlock for the adoption of the banker' s algorithm dijkstra. Experiments include: First of all available resources to determine the vector data structure, the largest demand matrix, the distribution matrix, the demand matrix, and then complete the banker' s algorithm, security algorithm, such as program code the final preparation of the main function of simulation, experiment and get the machine the resulting data.
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 purposes: the preparation and use of high-level language debugging a bankers algorithm avoid deadlock using the procedures in order to deepen their understanding of the allocation of resources understanding how to avoid deadlock. 2. Experimental Content: to prepare a simulation program, the completion of the simulation to avoid deadlock for the adoption of the banker' s algorithm dijkstra. Experiments include: First of all available resources to determine the vector data structure, the largest demand matrix, the distribution matrix, the demand matrix, and then complete the banker' s algorithm, security algorithm, such as program code the final preparation of the main function of simulation, experiment and get the machine the resulting data.
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dijkstra.c