Search - mutual exclusion

Search - mutual exclusion - List

[OS Develop] fl2 DL : 0: 操作系统实验二进程同步与互斥实现的基本的进程的同步、互斥，并用银行家算法实现与死锁预防-Second, the process of experimental operating system synchronization and mutex realize the basic process synchronization, mutual exclusion, and bankers with the deadlock prevention algorithm
Date : 2025-12-19 Size : 135kb User : 林峰
[OS Develop] jchq DL : 0: （1）掌握基本的同步与互斥算法，理解生产者消费者模型。（2）学习实用Windows2000/XP中基本的同步对象特性，掌握相关API的使用方法。（3）了解Windows2000/XP中多线程的并发执行机制，实现进程的同步与互斥。 -(1) master the basic synchronization and mutual exclusion algorithms, understanding of the producer consumer model. (2) learning the basic practical Windows2000/XP synchronization object properties, acquire the relevant API
Date : 2025-12-19 Size : 4kb User : 李宁
[OS Develop] pv DL : 0: 信号量也称为信号锁，主要应用于进程间的同步和互斥，在用于互斥时，通常作为资源锁。信号量通常通过两个原子操作wait(P)和signal(V)来访问。wait操作使信号量的值+1，signal操作使信号量的值-1。本程序模拟了操作系统的pv操作-Semaphore is also known as signal lock, mainly used in inter-process synchronization and mutual exclusion, are used in mutually exclusive, it is usually as a resource lock. Semaphore usually through two atomic operations wait (P) and signal (V) to access. semaphore wait operation so that the value of+ 1, signal operation of the signal value of the volume of-1. This procedure simulates the operation of the operating system pv
Date : 2025-12-19 Size : 8kb User : 龙海
[OS Develop] tongbuhuchi DL : 0: 操作系统实验进程的同步与互斥 C语言开发-Operating System Experiment process synchronization and mutual exclusion C language development
Date : 2025-12-19 Size : 1.54mb User : 龚靖仁
[OS Develop] 1 DL : 0: 本次课程设计在本着加强课本知识运用能力的前提下，用PV操作来解决生产者消费者问题这个题目。该题目主要是解决操作系统中进程的同步与互斥的问题。有界缓冲区内设有20个存储单元,放入/取出的数据项设定为1-20这20个整型数. (1)每个生产者和消费者对有界缓冲区进行操作后,即时显示有界缓冲区的全部内容,当前指针位置和生产者/消费者进程的标识符. (2)生产者和消费者各有两个以上. (3)多个生产者或多个消费者之间须有共享对缓冲区进行操作的函数代码. -The curriculum design, textbook knowledge in the spirit of strengthening the ability to use the premise, using PV operation to solve the producer consumer problem on this subject. The topic is mainly to resolve the process of the operating system synchronization and mutual exclusion issues. Bounded buffer is equipped with 20 memory units, into/out of the data item is set to 1-20 these 20 integers. (1) Every producer and consumer to have the industry to operate after the buffer , real-time display the entire contents of a bounded buffer, the current pointer position and the producer/consumer process identifier. (2) producers and consumers have more than two. (3) or more of several producers of consumer there must be shared between the operations on the buffer function of the code.
Date : 2025-12-19 Size : 2kb User : 王欣
[OS Develop] Reader_Writer DL : 0: 操作系统中的进程互斥与同步问题的一个例子即读者写者问题源码 -Operating in mutual exclusion and synchronization issues that readers write one example of the problem of source
Date : 2025-12-19 Size : 2.01mb User : cocoa0722
[OS Develop] produce DL : 0: 生产者与消费者问题，操作系统中解决同步互斥问题-Producer and consumer issues, the operating system to solve mutual exclusion synchronization problem
Date : 2025-12-19 Size : 891kb User : 寒
[OS Develop] os DL : 0: 操作系统一个关于操作系统互斥与同步的具体例子——管程-Operating a mutual exclusion and synchronization on the operating system specific example- the tube
Date : 2025-12-19 Size : 152kb User : 才鑫
[OS Develop] windows_system_process_synchronization_and_mutual_ DL : 0: windows系统进程同步与互斥Windows 2000/XP中多线程的并发执行机制，实现进程的同步与互斥-windows system process synchronization and mutual exclusion in multi-threaded Windows 2000/XP concurrent implementation mechanism to achieve process synchronization and mutual exclusion
Date : 2025-12-19 Size : 13kb User : hio
[OS Develop] OS2 DL : 0: 进程同步例程，本程序用于展示操作系统进程同步的过程，其中包括进程间同步，进程互斥等。-Process synchronization routine, the procedure used to demonstrate the process of synchronization process of the operating system, including inter-process synchronization, mutual exclusion and so on.
Date : 2025-12-19 Size : 35kb User : asdfasf
[OS Develop] OS DL : 0: 进程同步实验可以帮助新手进一步理解操作系统-Mutual exclusion experiment can help the novice better understanding of the operating system
Date : 2025-12-19 Size : 212kb User : zhuangjun
[OS Develop] nachos_Lab2 DL : 0: 操作系统课程实践二：nachos下线程的同步与互斥-Operating System Course Practice II: nachos the thread synchronization and mutual exclusion
Date : 2025-12-19 Size : 13kb User : 陳
[OS Develop] SynchronizationaExclusion DL : 0: 操作系统那个中进程的同步以及互斥。是我们作业中的一部分。-That in the process of the operating system synchronization and mutual exclusion. Part of our job.
Date : 2025-12-19 Size : 3.14mb User : 吴雪莹
[OS Develop] PCB DL : 0: 进程及其资源管理一、实验目的 1．理解资源共享与互斥特性以及操作系统管理资源的基本方法。 2．学会使用高级语言进行多线程编程的方法。 3．掌握利用VC++或Java线程库实现一个管理器，用来实现操作系统对进程及其资源的管理功能。 4．通过该实验，学生可在源代码级完成进程及其资源管理方案的分析、功能设计、编程实现，控制进程间的同步、互斥关系。 -Process and resource management an experimental purposes 1. Understanding of resource sharing and management of exclusive features and operating system resources, the basic method. 2. Learn to use high-level language for programming multi-threaded approach. 3. Control using VC++ or Java thread library to implement a manager, the process used to achieve the operating system and its resource management functions. 4. Through this experiment, students can complete the process in the source code level program analysis and resource management, functional design, programming, control of inter-process synchronization, mutual exclusion relationship.
Date : 2025-12-19 Size : 7kb User : amy
[OS Develop] Deadlock-philosopher DL : 0: 实现了不死锁的哲学家问题（进程同步互斥），有简单界面，有图。-Deadlock philosopher (process synchronization mutual exclusion), simple interface, there are plans.
Date : 2025-12-19 Size : 38kb User : teresy
[OS Develop] philosophers DL : 0: 通过实现哲学家进餐问题的同步深入了解和掌握进程同步和互斥的原理-Through the dining philosophers problem of synchronization-depth understanding and mastery of process synchronization and mutual exclusion principle
Date : 2025-12-19 Size : 315kb User : kuangpeiyu
[OS Develop] gaoxiangyingbisuanfa DL : 0: 操作系统课设，高响应比算法的程序调度，能实现同步与互斥，能模拟进程在执行过程中的各种状态-The lesson of the operating system and high response than the program scheduling algorithm, to achieve synchronization and mutual exclusion can simulate the process of the various states in the implementation process
Date : 2025-12-19 Size : 5.17mb User : 小桂
[OS Develop] 110104010104 DL : 0: 解决的主要问题（1）MFC界面设计（2）模拟生产者消费者的互斥操作（3）各信号量及互斥体的使用线程线程是程序独立运行的基本单位，一个程序通过执行多个线程可以提高机器本身资源的利用率，同时也可以完成多任务并行运行的操作，多线程可以实现并行处理，避免了某项任务长时间占用CPU时间。互斥体互斥体与临界区很相似，但是使用时相对复杂一些，它不仅可以在同一应用程序的线程间实现同步，还可以在不同的进程间实现同步，从而实现资源的安全共享。信号量信号量是一个在一定范围内变化的整形数据，用来表示一种临界资源，线程通过信号量的值来确定自己的状态是执行还是挂起，各线程间也是通过信号量机制来协调运行顺序一起完成任务，信号量的用法和互斥的用法很相似，不同的是它可以同一时刻允许多个线程访问同一个资源。-The main problem to solve (1) MFC interface design (2) Analog producers and consumers of mutual exclusion Use (3) The semaphore and mutex Thread A thread is the basic unit program run independently of a program by executing multiple threads can improve the utilization of resources in the machine itself, but can also run complete operating multi-tasking, multi-threaded parallel processing can be realized, avoiding a task for a long time CPU time. Mutex Mutex and critical section is very similar, but the use of relatively complex, it can only be implemented in the threads of the same application synchronization, it can also achieve synchronization between different processes, enabling secure sharing of resources. signal Semaphore is a change in a certain range of shaping data used to represent a critical resource, a thread to determine their status through the value of the semaphore is d or suspended, it is to coordinate between the various threads run sequentially through sema
Date : 2025-12-19 Size : 5.05mb User : 曾小丽