1.
Achieve Mutual Exclusion in Process Synchronization with Signal Mechanism and PV Operation
用信号量机制与PV操作解决进程同步互斥问题的方法
2.
Realization of Synchronization and Mutex in the Course of Operating System
操作系统中进程同步与互斥的实现
3.
Semaphore Mechanism Usage of Processes Synchronization and Mutual Exclusion
进程同步与互斥中信号量机制的使用
4.
Discussion about Process Mutual Exclusion and Synchronization and Practice in PV operation Programming
关于进程互斥同步的讨论及PV操作编程的实践
5.
Simulating Synchronization and Mutual Exclusion of Process by JAVA Multithreading Technique;
运用JAVA多线程技术仿真实现进程同步与互斥
6.
Study on Course Synchronism and Exclusion in Operating System Teaching;
对操作系统教学中进程同步与互斥的研究
7.
On realizing process coordination and mutual exclusion throngh P.V operation;
浅析用P、V操作实现进程的同步与互斥
8.
Analysis on Process Synchronization and Mutual Exclusion Question based on PV Primitives
基于PV原语的进程同步与互斥问题分析
9.
Mutex and Synchronization of Multithreading Program in Linux and Its Practice
Linux多线程的互斥与同步控制及实践
10.
Model of Reader-Writer in Synchronization and Mutual Exclusion Mechanism
同步互斥机制中的读者-写者模型
11.
On Mutex and Synchronization Control in Linux Operating System;
1inux操作系统中互斥与同步控制
12.
Use the Dekker algorithm to realize mutual exclusion between two processes
用Dekker算法实现两个进程间的互斥
13.
Its effective usage can achieve multithread synchronization and mutex to ensure program running correctly.
有效地使用可以在多线程之间实现同步和互斥 ,以保证程序的正确的运行。
14.
The operation of synchronization and mutex are considered fully to settle the question of resource share effectively.
在驱动程序的设计中充分考虑了操作的同步与互斥,有效地解决了资源的共享问题。
15.
This paper presents a multiversion concurrency control algorithm forseveral independent concurrent processes in a distributed system in access to thecritical sections.
本文研究了分布系统多个结点的独立并发进程同时访问互斥区的多版本并发控制算法。
16.
Like poles of magnets repel.
相同的磁极互相排斥。
17.
Two like electric charges repel each other.
同性的电互相排斥。
18.
Discuss of Synchronism and Exclusion of Semaphore in VxWorks
VXWORKS实时操作系统中信号量用于多任务同步与互斥的讨论