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[Process-Thread] 进程调度算法实验报告 DL : 0: 关于进程的调度算法实验设计：（1）设计一个有N个进程共行的进程调度程序。每个进程由一个进程控制块 PCB表示。进程控制块包括以下信息：进程名，进程优先数，进程需要运行的时间，占用CPU的时间以及进程的状态等。（2）本调度程序用优先数调度算法。（3）编写程序并调试运行。 -on the process of scheduling algorithm Experimental Design : (1) design a process of a total of N line in the process scheduler. Every process from a process control block PCB said. Process control block include the following information : process, and several priority process, the process needs to run the time, CPU time and the process of status. (2) The scheduler with a few priority scheduling algorithm. (3) Prepare and commissioning procedures.
Date : 2008-10-13 Size : 6.37kb User : 赵新新
[Process-Thread] ThreadSync DL : 0: 该应用程序运行后自动创建两个线程。线程1每50毫秒计数器加1，线程2每100毫秒计数器加1。只读编辑框中分别显示两个计数器的值。两个命令按钮分别控制线程1和线程2的挂起和恢复。“同步”复选框控制两线程的同步，当处于同步状态时，同一时刻只能有一个线程拥有信号量对象，当某一线程拥有信号量对象时，计数器加10，然后释放信号量对象。由于两线程优先级相同，因此，执行结果是每个线程计数器一次以10为步长增加。-run the application automatically creates two threads. Thread one every 50 milliseconds plus a counter, two threads per 100 milliseconds plus a counter. CD-editing box showed the two counter values. Orders were two control buttons and a thread of the two threads suspended and resumed. "Synchronized" check box control two threads simultaneously, in synchronization status, the same moment that only threads with a volume target signal, when the signal has a threaded target volume, an increase of 10 counters, before the release of signal volume targets. As the two threads, priority, therefore, the implementation of the outcome of each thread to counter a 10-step increase.
Date : 2008-10-13 Size : 48.03kb User : lujun
[Process-Thread] cankaodaima DL : 0: 操作系统实验2：进程调度策略的模拟实现 1、设计一个有 N个进程共行的进程调度程序。 2、每个进程有一个进程控制块PCB来表示，进程控制块的格式为：进程名优先数到达时间需要运行时间已占用CPU时间进程状态 a) 进程优先数、需要运行时间、到达时间可以事先人为地指定，也可以随机产生，注意初始化上述数值时要尽量使进程并发执行，而不是按到达时间顺序调度。 b) 进程的运行时间以时间片为单位进行计算。 c) 进程状态分为就绪、运行、完成三种状态之，分别用W、R、F表示。 3、进程调度规则如下： a) 就绪进程获得 CPU后都只能运行一个时间片。用已占用CPU时间加1来表示。 b) 如果运行一个时间片后，进程已占用 CPU时间达到所需要运行时间，则进程完成，撤销该进程。 c) 如果运行一个时间片后，进程已占用CPU时间还未达到所需要运行时间，即进程需要继续运行，将它插入就绪队列，队列重新排序，等待CPU。 d) 重复以上过程，直到所要进程都完成为止。 -two experimental operating system : the process of scheduling strategy to achieve a simulation. Design is a process of a total of N the process scheduler. 2, each process is a process control block to PCB said that the process control block format : process a few who arrived at the priority needs time to time running CPU time a state process) process priority number. need to run time, arriving in time prior to artificially designated, can also randomly generated, Initialization attention to the above values are to make the complicated process of implementation, and not by order of arrival time scheduling. B) the process of running time to time slice for calculation. C) process into a state of readiness, operations, completed three Status, W, R, F said. 3, the process of scheduling rules ar
Date : 2008-10-13 Size : 985byte User : qiuzhicheng
[Process-Thread] ishung DL : 0: 得到一个进程的状态，如是否没有反应。-The status of a process, such as whether or not there was no response.
Date : 2025-12-24 Size : 16kb User : 站长
[Process-Thread] 进程调度算法实验报告 DL : 0: 关于进程的调度算法实验设计：（1）设计一个有N个进程共行的进程调度程序。每个进程由一个进程控制块 PCB表示。进程控制块包括以下信息：进程名，进程优先数，进程需要运行的时间，占用CPU的时间以及进程的状态等。（2）本调度程序用优先数调度算法。（3）编写程序并调试运行。 -on the process of scheduling algorithm Experimental Design : (1) design a process of a total of N line in the process scheduler. Every process from a process control block PCB said. Process control block include the following information : process, and several priority process, the process needs to run the time, CPU time and the process of status. (2) The scheduler with a few priority scheduling algorithm. (3) Prepare and commissioning procedures.
Date : 2025-12-24 Size : 6kb User : 赵新新
[Process-Thread] ThreadSync DL : 0: 该应用程序运行后自动创建两个线程。线程1每50毫秒计数器加1，线程2每100毫秒计数器加1。只读编辑框中分别显示两个计数器的值。两个命令按钮分别控制线程1和线程2的挂起和恢复。“同步”复选框控制两线程的同步，当处于同步状态时，同一时刻只能有一个线程拥有信号量对象，当某一线程拥有信号量对象时，计数器加10，然后释放信号量对象。由于两线程优先级相同，因此，执行结果是每个线程计数器一次以10为步长增加。-run the application automatically creates two threads. Thread one every 50 milliseconds plus a counter, two threads per 100 milliseconds plus a counter. CD-editing box showed the two counter values. Orders were two control buttons and a thread of the two threads suspended and resumed. "Synchronized" check box control two threads simultaneously, in synchronization status, the same moment that only threads with a volume target signal, when the signal has a threaded target volume, an increase of 10 counters, before the release of signal volume targets. As the two threads, priority, therefore, the implementation of the outcome of each thread to counter a 10-step increase.
Date : 2025-12-24 Size : 48kb User : lujun
[Process-Thread] cankaodaima DL : 0: 操作系统实验2：进程调度策略的模拟实现 1、设计一个有 N个进程共行的进程调度程序。 2、每个进程有一个进程控制块PCB来表示，进程控制块的格式为：进程名优先数到达时间需要运行时间已占用CPU时间进程状态 a) 进程优先数、需要运行时间、到达时间可以事先人为地指定，也可以随机产生，注意初始化上述数值时要尽量使进程并发执行，而不是按到达时间顺序调度。 b) 进程的运行时间以时间片为单位进行计算。 c) 进程状态分为就绪、运行、完成三种状态之，分别用W、R、F表示。 3、进程调度规则如下： a) 就绪进程获得 CPU后都只能运行一个时间片。用已占用CPU时间加1来表示。 b) 如果运行一个时间片后，进程已占用 CPU时间达到所需要运行时间，则进程完成，撤销该进程。 c) 如果运行一个时间片后，进程已占用CPU时间还未达到所需要运行时间，即进程需要继续运行，将它插入就绪队列，队列重新排序，等待CPU。 d) 重复以上过程，直到所要进程都完成为止。 -two experimental operating system : the process of scheduling strategy to achieve a simulation. Design is a process of a total of N the process scheduler. 2, each process is a process control block to PCB said that the process control block format : process a few who arrived at the priority needs time to time running CPU time a state process) process priority number. need to run time, arriving in time prior to artificially designated, can also randomly generated, Initialization attention to the above values are to make the complicated process of implementation, and not by order of arrival time scheduling. B) the process of running time to time slice for calculation. C) process into a state of readiness, operations, completed three Status, W, R, F said. 3, the process of scheduling rules ar
Date : 2025-12-24 Size : 1kb User : qiuzhicheng
[Process-Thread] CPU-StressMark DL : 0: 极有意义的多线程掩饰程序，可以显示线程的状态与cpu占用-Very meaningful to hide multi-threaded program, you can display the status of threads and cpu occupancy
Date : 2025-12-24 Size : 23kb User : xu_jian
[Process-Thread] process DL : 0: #include <string.h> #include <fstream.h> #include <stdio.h> #include <stdlib.h> #define FINISH 0 //完成状态 #define RUNNING 1 //运行状态 #define READY 2 //就绪状态 #define WAITIO 3 //io等待状态 #define WAITREAD 4//读写等待状态 #define WAITOUT 5//中断等待状态 -# Include <string.h># Include <fstream.h># Include <stdio.h># Include <stdlib.h># Define FINISH 0// completion status# Define RUNNING 1// operation status# define READY 2// ready status# define WAITIO 3// io wait state# define WAITREAD 4// read and write wait state# define WAITOUT 5// interrupt wait state
Date : 2025-12-24 Size : 2kb User : 鹰隼
[Process-Thread] os DL : 0: 本系统的同步机构采用的信息量上的P，V操作的机制；控制机构包括阻塞和唤醒操作；时间片中断处理程序处理模拟的时间片中断；进程调度程序负责为各进程分配处理机。系统中设计了3个并发进程。它们之间有如下同步关系：3个进程需要互斥使用临界资源S2，进程1和进程2又需互斥使用临界资源S1。本系统在运行过程中随机打印出各进程的状态变换过程，系统的调度过程及公共变量的变化情况。 -Synchronization of the system organizations to adopt the amount of information on the P, V operation mechanisms control bodies, including the blocking and wake-up operation time slice interrupt handling procedures deal with the time slice interrupt simulation process scheduler is responsible for the process of allocation of processors. System designed three concurrent processes. Synchronization between them have the following relations: 3 process requires the use of critical resources mutex S2, the process 1 and process 2 has to be mutually exclusive use of critical resources S1. The system during operation were randomly print out the status of the process of transformation process, the system for the activation process and public variables changes.
Date : 2025-12-24 Size : 2kb User : liuxin
[Process-Thread] ChildProcess DL : 0: 创建子进程，并监控新创建子进程状态直至结束运行-Create sub-process, and monitor the status of the newly created child process to run until the end of
Date : 2025-12-24 Size : 2kb User : coco
[Process-Thread] jincheng DL : 0: 给出几个进程的名称，状态，所需时间以及优先及，分别按先进先出算法和优先及调度算法来进行进程调度，并计算周转时间。-Several processes are given the name, status, priority and time required, as well as, respectively, by the FIFO algorithm and the priority and scheduling algorithm for process scheduling, and calculate the turnaround time.
Date : 2025-12-24 Size : 1kb User : 李家月
[Process-Thread] 29_161625_pc DL : 0: 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 of algorithm, the functional requirements: In accordance with the process of synchronization mechanism to resolve these issues to prepare a visual program, displays the buffer pool status, release data, check data process. Specific parameters: There are four producers in the process, namely, P1, P2, P3 and P4 there are four consumer process, namely C1, C2, C3 and C4 buffer cell number N = 15 different production processes can produce different products that they can be defined, in this process is the producer directly to the corresponding code Add buffer, consumption will be a consumer of a producer of information displayed
Date : 2025-12-24 Size : 49kb User : deer
[Process-Thread] done DL : 0: 本系统的同步机构采用信号量上的P、V操作的机制；控制机构包括：（1)阻塞和唤醒操作；（2)时间片中断处理程序模拟时间片中断；（3)进程调度程序负责为各进程分配处理机。系统中涉及了3个并发进程。它们之间的关系是：（1) 3个进程需要互斥使用临界资源S2。（2)进程1和进程2又需互斥使用临界资源S1．本系统在运行过程中随机打印出各进程的状态变换过程，系统的调度过程及公共变量的变化情况。-Synchronization of the system organizations to adopt quantitative signal P, V operation mechanisms control agencies include: (1) blocking and wake-up operation (2) the time slice interrupt handling procedures simulation time slice interrupt (3) the process scheduler is responsible for the process of allocation of processors. System involved in the three concurrent processes. The relationships between them are: (1) 3 process requires the use of critical resources mutex S2. (2) process 1 and process 2 has to be mutually exclusive use of critical resources S1. The system during operation were randomly print out the status of the process of transformation process, the system for the activation process and public variables changes.
Date : 2025-12-24 Size : 2kb User : leekingdom
[Process-Thread] caozuoxitongyouxiantiaodusuanfa DL : 0: 根据单cpu系统任何一个时刻最多只能有一个进程处于cpu中处于执行状态，在进行进程调度时应按一定的原则实现进程的调度。 cpu优先调度是根据系统事先分配好的各优先级及编程者自己规定的进程优先级实现进程调度。优先级高的进程可以中断优先级低的进程而进入运行状态-Single-cpu system according to any one moment only to have a process in the implementation in a cpu in the state, when conducting the process of scheduling a certain principle should be to achieve the process of scheduling. cpu priority scheduling is based on good distribution system in advance of the priority level and programmers of the process itself to achieve the process of scheduling priority. High-priority process can interrupt low-priority process to enter the running status
Date : 2025-12-24 Size : 1kb User : 东
[Process-Thread] lin DL : 0: 进程调度时进程管理的主要内容之一，通过设计，编制，调试一个简单的进程调度模拟系统，对进程调度，进程运行状态变换加深理解和掌握。模拟计算机操作系统的进程调度,建立进程控制块PCB,要包含有关进程的描述信息,控制信息以及资源信息.模拟系统根据PCB感知进程的存在和通过PCB中所包含的各项变量的变化,掌握进程所处的状态以达到控制进程活动的目的.要实现进程的状态及其转换,进程的创建与撤消,进程的阻塞与唤醒-Process when the process of scheduling one of the main, through the design, compilation, debugging the process of scheduling a simple simulation system for the process of scheduling, the process of running a deeper understanding and mastery of transformation. Analog computer' s operating system process scheduling, set up the process control block PCB, to include a description of the process information, control information and resource information. Simulation system in accordance with the existence of PCB perceptual process and the adoption of PCB contained in the variable changes and acquire process to achieve the status in which activities are designed to control the process. To achieve the status process and its conversion, the process of creation and withdrawn, the process of blocking and wake-up call
Date : 2025-12-24 Size : 2kb User : linguangzhi
[Process-Thread] StarServer DL : 0: 操作系统多线程模拟应用小程序，说明操作系统处理中的多线程处理状态-Application of multi-threaded operating system simulation applets to illustrate the operating system to deal with the multi-threaded processing status
Date : 2025-12-24 Size : 220kb User : 杨阳
[Process-Thread] Equipment_Manage DL : 0: 运用操作系统中的防止死锁算法（银行家算法）来实现设备和进程间的协调，让他们自动申请设备，处理设备请求，还有生成等待队列，完成队列，设备状态查看。-The use of the operating system to prevent deadlock algorithm (banker' s algorithm) to achieve coordination between equipment and processes so that they can voluntarily apply for equipment, processing equipment requests, as well as generate the waiting queue, the completion queue, device status view.
Date : 2025-12-24 Size : 39kb User : 师颖
[Process-Thread] processmanagement DL : 0: 描述进程状态迁移过程，提供进程状态变化的条用接口-Describe the process of state transition process and provide the process of change in the status of interface
Date : 2025-12-24 Size : 238kb User : Peng
[Process-Thread] hap_openport_v2.4_wxdjs DL : 0: 这是一个简单好用的小软件，可以用来监控你的电脑的TCP端口和UDP数据包发送情况界面采用列表方式可以一目了然的看到你的机器的端口情况，他的列表分类清晰如协议,PID,进程名称,本地地址,本地端口,远程地址,远程端口,连接状态-Interface using list can clearly see your machine, the port of his list clearly as agreement, the classification of PID, name, address, the process of local local port, remote address, remote port connection status, etc
Date : 2025-12-24 Size : 476kb User : jack

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