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[VC/MFC] CC2400_FIFO_Usage DL : 0: texas instrument CC2400 FIFO Usage
Date : 2025-12-21 Size : 841kb User : Yaowentao
[VC/MFC] page DL : 0: 本程序实现页面调度，对比先进先出，最近未使用算法的优劣-Page of this program scheduling, FIFO contrast, the recent use of algorithms is not the merits of
Date : 2025-12-21 Size : 1.97mb User : 木枫
[VC/MFC] fifo DL : 0: 内存FIFO页面置换算法通过对内存页面置换算法的设计，深入理解虚拟存储管理的原理-Memory through the FIFO page replacement algorithm for page replacement algorithm for memory design, in-depth understanding of the principles of virtual storage management
Date : 2025-12-21 Size : 2kb User : qq
[VC/MFC] FIFO1 DL : 0: FIFO的概念　FIFO：　　一、先入先出队列(First Input First Output，FIFO)这是一种传统的按序执行方法，先进入的指令先完成并引退，跟着才执行第二条指令。-FIFO, the concept of FIFO: a first FIFO (First Input First Output, FIFO) which is a traditional sequential method of implementation, first access to complete and retire the first instruction, followed by implementation of the second instruction only.
Date : 2025-12-21 Size : 5kb User : asdfasdf
[VC/MFC] jinchengmoni DL : 0: 模拟进程的创建、阻塞、唤醒、挂起、激活、执行的过程。理解和掌握有关进程控制块、进程调度算法的内容和原理，体会先进先出、优先数和时间片轮转调度算法的具体实施办法。-Simulate the process of creation, blocking, wake up, suspend, activate, implementation process. To understand and grasp the process control block, process, content and principles of scheduling algorithms, experience FIFO, priority number and time-slice round-robin scheduling algorithm for a specific implementation.
Date : 2025-12-21 Size : 2kb User : 榴莲飘飘
[VC/MFC] 06_duilie DL : 0: 像堆栈一样，队列也是一种特殊的线性表。队列的插入和删除操作分别在线性表的两端进行，因此，队列是一个先进先出（ first-in-first-out, FIFO）的线性表。尽管可以很容易地从线性表类L i n e a r L i s t（见程序3 - 1）和链表类C h a i n（见程序3 - 8）中派生出队列类，但在本章中并没有这样做。出于对执行效率的考虑，我们把队列设计成一个基类，分别采用了公式化描述和链表描述。-The same as the stack, the queue is a special kind of linear form. Queue insert and delete operations were carried out at both ends of the linear table, so the queue is a FIFO (first-in-first-out, FIFO) linear form. Although easily from the linear form class L inear L ist (see procedure 3- 1) and the list class C hain (see procedure 3- 8), the derived queue class, but in this chapter did not do so. Out of the efficiency considerations, we designed a base class queue were formulated by a description and list descriptions.
Date : 2025-12-21 Size : 799kb User : 谢锦明
[VC/MFC] SO DL : 0: source code FIFO,SJF
Date : 2025-12-21 Size : 77kb User : arisa
[VC/MFC] FIFO DL : 0: 主存储器空间的分配和回收先进先出fifo-Main memory space allocation and recycling FIFO fifo
Date : 2025-12-21 Size : 100kb User : chris
[VC/MFC] train DL : 0: 一列货运列车共有n节车厢，每节车厢将停放在不同的车站。假定n个车站的编号分别为1～n，即货运列车按照第n站至第1站的次序经过这些车站。为了便于从列车上卸掉相应的车厢，车厢的编号应与车站的编号相同，这样，在每个车站只要卸掉最后一节车厢。所以，给定任意次序的车厢，必须重新排列它们。车厢的重排工作可以通过转轨站完成。在转轨站中有一个入轨、一个出轨和k个缓冲轨，缓冲轨位于入轨和出轨之间。假定缓冲轨按先进先出的方式运作，设计算法解决火车车厢重排问题。 -A total of n freight train cars, each car will be parked at different stations. Assume that the number of stations n are 1 ~ n, n accordance with the freight train station to the order of 1 station after the station. Remove from the train in order to facilitate the appropriate compartment, the number of cars and station number should be the same, so that at each station as long as relieved last carriage. Therefore, given any order of the cars, to rearrange them. Rearrangement of cars can be done through the transition station. There is a transition station in orbit, a rail derailment and k-buffer, the buffer between the rail in the orbit and the derailment. FIFO buffer is assumed by way of rail operations, the design algorithm to solve the problem rearrangement of railroad cars.
Date : 2025-12-21 Size : 2kb User : 郑直
[VC/MFC] Page-replacement DL : 0: 页面置换：程序模拟先进先出FIFO，最佳置换OPI和最近最久未使用LRU页面置换算法的工作过程。-Page replacement: program to simulate FIFO FIFO, the best replacement OPI and most recently from lack of use LRU page replacement algorithm works.
Date : 2025-12-21 Size : 500kb User : 踏雪
[VC/MFC] 5080309348_2_1 DL : 0: C++大学生必备练习题1：队列类，先进先出-C++ Students must Exercises 1: queue class, FIFO
Date : 2025-12-21 Size : 11kb User : 杨婷
[VC/MFC] fifo DL : 0: 0v7670带fifo模块 janeanndavid-0v7670 with fifo module janeanndavid
Date : 2025-12-21 Size : 3.47mb User : 生病的鱼
[VC/MFC] code DL : 0: 哈夫曼编码和解码 LRU算法模拟银行家算法模拟页面地址重定位模拟进程调度模拟 FIFO算法模拟-Huffman encoding and decoding algorithm simulates LRU algorithm simulation banker page address relocation simulation process scheduling simulation algorithm FIFO simulation
Date : 2025-12-21 Size : 9kb User : 杨就从