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shengchangxiaofeize
- “生产者-消费者”问题模拟系统hlp.pdf-"producer-consumer" simulation system hlp.pdf
producerandcosumer
- 1、 生产者—消费者问题是一种同步问题的抽象描述。 2、 计算机系统中的每个进程都可以消费或生产某类资源。当系统中某一进程使用某一资源时,可以看作是消耗,且该进程称为消费者。 3、 而当某个进程释放资源时,则它就相当一个生产者 -one, producer-consumer problem is a problem of synchronization of the abstract descr iption. 2, the computer systems of each proc
dnxx200406-0037
- JAVA多线程解决生产者消费者的问题,讲的十分生动,并配有详细的例子说明
shengchanxiaofei
- 操作系统课程设计 模拟生产者消费者问题
OSCurriculumDesignReport
- 关于操作系统的课程设计报告,包含两个程序的设计:生产者与消费者的问题、银行家算法
进程间同步的研究
- 本文从信号量、管程和消息传递三个方面讨论了进程间的同步问题,并分别给出了关于生产者/消费者问题的解决算法,最终还分析了以上三种方法的优缺点。-signal from the amount of paper tube and messaging three discussed the process of synchronization and were given on the producer / consumer problem solving algorithm, ultimately a
os
- java和c语言编写的操作系统的算法,有生产者消费者问题和银行家算法,具体的实验报告格式-java and c language operating system algorithms, there are producers of consumer issues and banker s algorithm, the specific reporting format experiment
HYPERLINK
- 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/消费者县城的标识符.(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. 提示:(1) 有界缓冲区可用数组实现. -producer and customer
2
- 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/消费者县城的标识符.(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. 提示:(1) 有界缓冲区可用数组实现. -producer and customer
shengchanzhexiaofeiz
- 课程设计 生产者与消费者 及银行家算法 [课程设计],欢迎下载,资料宝贵-Curriculum design producers and consumers and bankers algorithm [curriculum], please download valuable information
OS
- 题目一:实现生产者消费者问题;题目二:实现银行家算法。此程序的设计在Windows XP操作系统下,基于Microsoft Visual C++6.0环境下的一个关于实现生产者与消费者问题和银行家算法的程序。用C语言实现编程。-Title 1: Achieving the producer consumer problem Title 2: achieving banker' s algorithm. The design of this program under the Window
ProducerConsumer
- 实现生产者消费者问题,readme.txt文档中有详细说明功能-To achieve the producer consumer problem, readme.txt document is described in detail capabilities
sczVSxfz
- 演示操作系统中生产者与消费者问题的解法,在多道程序和多任务系统中,系统内同时处于就绪状态的进程可能有若干个。也就是说能运行的进程数大于处理机个数。为了使系统中的进程能有条不紊地工作,必须选用某种调度策略,选择一进程占用处理机。设计一个模拟处理机调度算法,实现处理机调度。-Demonstration in the operating system Problem of producers and consumers, in the multi-channel programs and multi-
proudctacustem
- 架构设计:生产者/消费者模式,介绍了生产者消费者的实现方式-intuction proudct and custem
Customer
- 通过研究Linux的进程同步机制和信号量,实现生产者消费者问题的并发控制。-Through the study of Linux process synchronization mechanism and semaphores, concurrency control of the producer-consumer problem.
pthread
- 多线程实现生产者消费者模型,分为四个函数,一个为生产者函数,一个消费者函数,一个退出函数,一个 主函数。-Multi-threaded implementation of the producer-consumer model, divided into four functions, a function as a producer and a consumer function, an exit function, a primary function.
EOS
- 使用EOS的信号量,编程解决生产者—消费者问题,理解进程同步的意义。 调试跟踪EOS信号量的工作过程,理解进程同步的原理。 修改EOS的信号量算法,使之支持等待超时唤醒功能(有限等待),加深理解进程同步的原理。 -Semaphore using EOS programming to solve the producer- consumer issues, understand the significance of the process of synchronization. Th
Producer_consumer
- 用多进程同步方法演示“生产者-消费者”问题 -With multi-process synchronization demo " producer- consumer"
producerCustomerModel
- 界面化的形式模拟生产者消费者模式,生产者生产东西,可指定最大生产量,消费者消费数据,也可指定最小仓库剩余数量-Interface of producers and consumers in the form of simulation models, producers to produce something, you can specify the maximum production capacity, consumer spending data warehouse can also s
CSharp-Multi-Thread
- 多线程程序开发教程,详细描述了自定义多线程、Monitor类、锁、生产者消费者、Mutex等使用方法-MultiThread Programming Skills including topics as customize thread, Monitor Class, Lock, Productor-Consumer and Mutex and so on.