搜索资源列表
操作系统 进程管理 同步机制 死锁验证
- 操作系统，其中包括操作系统课程设计的四大块的很好的课程设计很值得学习与借鉴-operating system, which includes courses on operating system design of the four pieces of good course design is worth studying and learning from
PC
- 生产者与消费者问题是进程同步的经典问题，而进程同步是进程这章的重点。我们要通过编写生产者与消费者问题的程序加深关于进程同步的印象，巩固所学知识。-Producers and consumers of the problem is a classic problem of synchronization process, and the process of synchronization is the process the focus of this chapter. We want to p
readandwriter
- 读者和写者线程进程同步问题，比较详细，读者-写者的读写限制（包括读者优先和写者优先）-Readers and those who write thread synchronization process, more detailed, and readers- to write the read and write restrictions (including the readers who write priority and priority)
29_161625_pc
- 生产者与消费者问题算法实现,功能要求：根据进程同步机制，编写一个解决上述问题的可视化程序，可显示缓冲池状态、放数据、取数据等过程。 具体参数：有4个生产者进程，分别为P1、P2、P3和P4； 有4个消费者进程，分别是C1、C2、C3和C4； 缓冲区单元个数N=15； 不同的生产进程可生产不同的产品，自己可任意定义，在本程序中是直接将相应生产者代号放入缓冲区，消费时将某消费者消费某生产者的信息显示出来 -Producers and consumers, the issue
pv2
- 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。本程序修改wait操作，使之能一次申请多个信号量-Semaphore is also known as signal lock, mainly used in inter-process synchronization and mutual exclusion, are used in
jinchengtongbu
- 操作系统课程设计，关于进程同步的研究，很好的操作系统研究方向，喜欢的就下-Operating systems curriculum design, research on the process of synchronization, very good operating system research direction, like on the next
produce_consume
- 操作系统课程设计：很好的课程设计：研究的是生产者消费者的进程同步问题，需要的人赶紧下吧-Operating systems curriculum design: a very good curriculum design: the study is the process of the producer consumer synchronization problem, those who need it quickly, are you
jinchengtongxin
- 操作系统中进程之间的通信，用PV操作实现进程间的同步或者互斥控制-Operating system in the process of communication between, the PV operation to achieve inter-process synchronization, or mutually exclusive control
philosopher
- 哲学家进餐问题是荷兰学者Dijkstra 提出的经典问题之一,它是一个信号量机制问题的应用,在操作系统文化史上具有非常重要的地位。对该问题的剖析有助于学生深刻地理解计算机系统中的资源共享、进程同步、死锁等问题,并能熟练地应用信号量来解决生活中的控制流程,即将生活中的控制流程用形式化的方式表达出来。-Dining philosophers problem is that the Dutch scholars Dijkstra classic one of the issues raised, it
producder
- C++语言实现生产者消费者问题 生产者-消费者问题是一个经典的进程同步问题，该问题最早由Dijkstra提出，用以演示他提出的信号量机制。-C++ language to achieve the producer consumer problem producers- consumers are a classic problem of process synchronization problem, the problem was first proposed by Dijkstra pr
315602
- 操作系统进程同步实验报告，内容包括部分源码-Operating system process synchronization experiments, including some source code
597971
- 操作系统进程同步与互斥读者与写者问题部分源码-OS process mutex synchronization and readers are part of the problem and write source code
linux_buffer_module
- 《嵌入式Linux中的进程同步无竞争态读写》 在系统需要并发性能时，可以提供缓冲机制，避免生产者的消息阻塞。-Embedded Linux in the process of simultaneous read and write non-competitive state in the system required concurrent performance, they can provide a buffer mechanism to avoid blocking message
philosopher
- 基于UCOS2开源的程序，描述了操作系统里经典的哲学家就餐问题，很好的实现了进程的实时控制，实现了进程同步 -UCOS2 procedures based on open source, describes the operating system in the classic dining philosophers problem, a very good implementation of the process of real-time control, implementation of
operatingsystemexperiment
- 操作系统实验，包括创建进程，进程同步，进程互斥，特别是实现了互锁函数的信号量-Experimental operating system, including the establishment of processes, process synchronization, process of mutually exclusive, especially in the implementation of the semaphore interlocking function
product_consume_pro
- 通过多线程模拟，实现生产和消费者进程同步问题，可以作为教学演示-Through multi-threaded simulation, the process of production and consumer synchronization problem can be as a teaching demonstration
Diningphilosophersproblem11
- 学家进餐问题也是一个经典的同步问题，它是由Dijkstra提出并解决的。哲学家进餐问题是这样的：５个哲学家以思考、吃饭交替进行的方式生活，他们共享一张周围有５把椅子的圆桌，每人一把椅子，在桌子上摆有５个饭碗和５只筷子。当一个哲学家思考时，他不与邻座同事发生联系。当一哲学家饿了，他就试图拿起他左右两边的筷子吃饭。显然，他不能拿起已抓在他的邻座手中的筷子，于是，他可能只拿到一只甚至一只筷子也拿不到。当一个饥饿的哲学家得到了两只筷子，他就可以吃饭。当他用饭毕，就放下筷子并再次开始思考。5个哲学家共享5
ex05
- 进一步研究和实践操作系统中关于并发进程同步与互斥操作的一些经典问题的解法，加深对于非对称性互斥问题有关概念的理解。观察和体验非对称性互斥问题的并发控制方法。进一步了解Linux 系统中IPC 进程同步工具的用法，训练解决对该类问题的实际编程、调试和分析问题的能力。-linux c process synchronization
Programs(update)
- 以生产者/消费者模型为依据，在Windows 2000环境下创建一个控制台进程，在该进程中创建n个线程模拟生产者和消费者，实现进程（线程）的同步与互斥。-To the producer/consumer model as the basis, in the Windows 2000 environment to create a console process, in the process to create a thread simulation n producers and consum
reader
- 本程序是实现操作系统中进程同步算法的程序，一个经典的算法reader／writer问题-This procedure is to achieve the operating system in the process of synchronization algorithm for the procedure, a classical algorithm for reader/writer problem