Description: VC做的程序，非常好看的。模拟OS的资源分配，任务调度，银行家算法等等。非常不错。-VC to do the procedure, very nice. OS simulation of resource allocation, task scheduling, banker Platform: |
Size: 832512 |
Author:周春华 |
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Description: 软交换是网络演进以及下一代分组网络的核心设备之一，它独立于传送网络，主要完成呼叫控制、资源分配、协议处理、路由、认证、计费等主要功能，同时可以向用户提供现有电路交换机所能提供的所有业务，并向第三方提供可编程能力。-Softswitch is the network evolution and next-generation packet networks, one of the core equipment, it independent of the transmission network, mainly to complete call control, resource allocation, protocol processing, routing, authentication, billing and other major features, as well as to provide users with existing circuit switches can be provided for all operations to a third party to provide programmability. Platform: |
Size: 1050624 |
Author:田俊 |
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Description: 死锁的检测和解除
1 资源分配图和死锁定理
2 借助于死锁的安全性测试算法的死锁检测
3 warshall传递闭包算法的死锁检测
资源分配图和死锁定理
解决死锁问题的一条途径是死锁检测和解除，这种方法对资源的分配不加任何限制，也不采取死锁避免措施，但系统定时地运行一个“死锁检测”程序，判断系统内是否已出现死锁，如果检测到系统已发性了死锁，再采取措施解除它。
-Deadlock detection and lifting of one resource allocation map and Deadlock Deadlock With Theorem 2 to test the safety of Deadlock Detection Algorithm 3 warshall transitive closure of the deadlock detection algorithm of resource allocation and deadlock graph theorem to solve a deadlock problem approach is deadlock detection and disarmament, this method of allocation of resources without any restrictions, do not take measures to avoid deadlock, but the system from time to time to run a Platform: |
Size: 465920 |
Author:daiuirchuan |
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Description: 用c语言实现的银行家算法...可进行安全序列检查和资源请求分配-Using c language ... realize the banker s algorithm can carry out safety inspection sequence and resource allocation request Platform: |
Size: 2048 |
Author:刘强国 |
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Description: 两篇硕士论文 关于mimo下资源分配和自适应传输-2 MIMO under the master s thesis on resource allocation and adaptive transmission Platform: |
Size: 7334912 |
Author:姚义磊 |
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Description: ⑴模拟一个死锁检测算法；
⑵该算法能通过简化资源分配图来检测死锁；
⑶资源分配图可以用矩阵的形式表示；
⑷输出结果为有死锁或无死锁。
-⑴ simulation of a deadlock detection algorithm ⑵ The algorithm can simplify the resource allocation graph to detect deadlock ⑶ resource allocation plan can be expressed in the form of matrix ⑷ output for the deadlock or deadlock-free. Platform: |
Size: 73728 |
Author:gaoliang |
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Description: 用银行家算法实现资源分配。多个进程动态共享系统的资源可能会产生死锁现象。但只要资源分配策多个进程动态共享系统的资源可能会产生死锁现象。但只要资源分配策略能保证进程不出现循环等待，系统就不会发生死锁。本实验通过编写和调试一个系统动态分配资源的简单模拟程序，观察死锁产生的条件，并采用适当的算法，有效的防止和避免死锁的发生。-Bankers algorithm using the allocation of resources. More than the process of dynamic resource-sharing system could be the phenomenon of deadlock. But as long as the allocation of resources more than the process of policy dynamic resource-sharing system could be the phenomenon of deadlock. But as long as the resource allocation strategies to ensure the process does not appear to wait for the cycle, the system would not have happened deadlock. Through the preparation of this experiment and debug a system of resource allocation simple dynamic simulation program to observe the deadlock resulting from the conditions and the use of appropriate algorithms, effectively prevent and avoid the occurrence of deadlock. Platform: |
Size: 490496 |
Author:yang |
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Description: 操作系统中各种资源分配算法的实现,特别是对虚拟存储,页面置换有了深入的了解,并能够用高级语言进行模拟演示。-Operating system in a variety of resource allocation algorithm, especially for virtual memory, page replacement has a deep understanding and be able to use high-level language simulation demonstration. Platform: |
Size: 1930240 |
Author:陈晨 |
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Description: RON 在资源分配网络的学习过程中引入了滑动窗口和网络结构在线优化的思想，使网络能根据最 近一段时间内的误差信息自动实现网络结构优化，从而使RBF网既能在线适应对象的变化-RON network resource allocation in the learning process and the introduction of a sliding window-line optimization of the network structure of thought, so the network can be based on the most recent error information within the network structure automatically optimized, so that the RBF network can adapt to the target line changes Platform: |
Size: 2048 |
Author:honesty |
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Description: 介绍了Linux字符设备驱动程序中建立设备，初始化设备、设备的资源分配和如何访问设备方法以及相关函数的实现-Introduce a Linux character device driver in the establishment of equipment, initializing devices, equipment, resource allocation and methods of how to access equipment and related functions realize Platform: |
Size: 20480 |
Author:kenty |
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Description: 模拟实现银行家算法，用银行家算法实现资源分配。设计五个进程{P0，P1，P2，P3，P4}共享三类资源{A，B，C}的系统，{A，B，C}的资源数量分别为10，5，7。进程可动态地申请资源和释放资源，系统按各进程的申请动态地分配资源。要求程序具有显示和打印各进程的某一时刻的资源分配表和安全序列；显示和打印各进程依次要求申请的资源号以及为某进程分配资源后的有关资源数据。-Bankers realize simulation algorithm, with bankers realize the resource allocation algorithm. The design of the five process (P0, P1, P2, P3, P4) sharing the three types of resources (A, B, C) system, (A, B, C) the amount of resources 10,5,7 respectively. Process can be dynamically apply the resources and the release of resources, the system according to process applications for dynamic allocation of resources. Require procedures to display and print a single moment in time the process of resource allocation table and security sequence display and printing requirements of the process followed by the application of resources for a certain number, and after the process of allocation of resources relating to resource data. Platform: |
Size: 9216 |
Author:孙雪芳 |
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Description: 此源代码是操作系统中进程资源分配著名的银行家算法，对学习操作系统的同学有帮助。-This source code is the resource allocation process of the operating system well-known banker Platform: |
Size: 8192 |
Author:任爽 |
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Description: 嵌入式操作系统EOS（Embedded OperatingSystem）是一种用途广泛的系统软件，它主要应用于工业控制和国防系统领域。EOS负责嵌人系统的全部软、硬件资源的分配、调度工作，控制协调并发活动；它必须体现其所在系统的特征，能够通过装卸某些模块来达到系统所要求的功能。本示例给出了EOS在InfineonXC167CI处理器上面的实现示例。-Embedded Operating System EOS (Embedded OperatingSystem) is a widely used system software, it is mainly used in industrial control and defense systems. EOS is responsible for all the embedded systems software and hardware resource allocation, scheduling work, control the coordination of concurrent activities it must embody the characteristics of their systems, able to handling systems of certain modules to achieve the required functions. This example is given EOS in InfineonXC167CI processors realize the above example. Platform: |
Size: 149504 |
Author:余宾客 |
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Description: 模拟操作系统进程调度、内存管理、临界资源分配，有图形界面。-Simulation of the operating system process scheduling, memory management, critical resource allocation, has a graphical interface. Platform: |
Size: 5120 |
Author:angela peng |
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Description: 实现网格环境下资源调度和分配的仿真，主要由java实现，并且调用了simjava类库-The realization of grid resource scheduling and allocation of the simulation, mainly by the java to achieve, and call a class library simjava Platform: |
Size: 3446784 |
Author:lw |
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Description: 一、实验目的：xxjjmz
熟悉首次适应算法，理解分配内存资源及回收资源的方法,加深记意。xxjjmz
二、实验环境：xxjjmz
Win2000/winxp VC++6.0xxjjmz
三、实验内容：xxjjmz
编程实现初次内存分配算法、新申请资源分配算法、删除进程算法，回收合并算法等。xxjjmz
四．实验函数xxjjmz-First, the experiment was: xxjjmz familiar with the algorithm to adapt the first time, understanding the allocation of memory resources and recycling resources to enhance Hutchison. xxjjmz Second, experimental environment: xxjjmzWin2000/winxp VC++ 6.0xxjjmz Third, the experiment content: xxjjmz initial programming memory allocation algorithms, new applications for resource allocation algorithm, the deletion of the process of algorithm, the combined recovery algorithm. xxjjmz four. Experimental function xxjjmz Platform: |
Size: 2048 |
Author:wjx |
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Description: 银行家算法可以避免死锁。算法结构
n : 系统中进程个数
m :系统中的资源类数
1）available(m):现有资源向量
2） max（n,m）:资源最大申请量
3)allocation(n,m)：资源分配矩阵
4）need（n,m）:进程以后还需要的资源矩阵
5）request(n,m)：进程申请资源矩阵-Banker s algorithm to avoid deadlock. Algorithm structure n: the system process the number of m: System resources class number 1) available (m): existing resources, vector 2) max (n, m): maximum application volume of resources 3) allocation (n, m): Resource Allocation Matrix 4) need (n, m): the process after the resources needed matrix 5) request (n, m): the process of application resources matrix Platform: |
Size: 1024 |
Author:斜阳 |
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Description: 一个关于资源分配的原代码！保证无错！希望大家多多支持-Resource allocation on the original code! Guarantee error-free! Hope that we can support Platform: |
Size: 3072 |
Author:周琼 |
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Search - Resource Allocation