Description: 分别实现最佳置换算法(optimal)、先进先出(FIFO)页面置换算法和最近最久未使用（LRU）置换算法，并给出各算法缺页次数和缺页率。-respectively optimal replacement algorithm (optimal), FIFO (FIFO) page replacement algorithm and the most recent time on the use (LRU) replacement algorithm, the algorithm is given na na page number and page rate. Platform: |
Size: 3242 |
Author:asdf |
Hits:
Description: 分别实现最佳置换算法(optimal)、先进先出(FIFO)页面置换算法和最近最久未使用（LRU）置换算法，并给出各算法缺页次数和缺页率。-respectively optimal replacement algorithm (optimal), FIFO (FIFO) page replacement algorithm and the most recent time on the use (LRU) replacement algorithm, the algorithm is given na na page number and page rate. Platform: |
Size: 3072 |
Author:asdf |
Hits:
Description: 页面置换算法模拟的简单实现,及相关过程.-page replacement algorithm simulation of a simple realization, and the related process. Platform: |
Size: 1024 |
Author:许 |
Hits:
Description: 用JAVA实现操作系统的页面置换
其中包括 最佳置换算法(Optimal)、先进先出算法（First-in, First-out） 、最近最久不用的页面置换算法（LeastRecently Used Replacement）三种算法的实现-JAVA realization of the operating system with replacement pages including the best replacement algorithm (Optimal), FIFO algorithm (First-in, First-out), the most recent long-unused page replacement algorithm (LeastRecently Used Replacement) three algorithm Platform: |
Size: 21504 |
Author:王晓 |
Hits:
Description: 存储管理中页面置换算法性能测试
要求：设系统采用固定分配局部置换的存储分配策略，编写仿真程序对下述页面
置换算法进行性能测试，并对结果进行分析和比较。
(1) 最佳适应(Optimal)页面置换算法；
(2) 先进先出(FIFO)页面置换算法；
(3) 最近最久未使用(LRU)页面置换算法；
(4) 最少使用(LFU)页面置换算法。
要求可适用于键盘输入和自动产生随机页面走向序列两种数据输入方式。-Memory management page replacement algorithm in the performance testing requirements: system for the distribution of partial replacement of fixed storage allocation strategy, the preparation of simulation program on the following page replacement algorithm performance testing, and the results were analyzed and compared. (1) the best adaptation (Optimal) page replacement algorithm (2) First In First Out (FIFO) page replacement algorithm (3) the most recent use of long (LRU) page replacement algorithm (4) use at least (LFU) page replacement algorithm. Requirements applicable to the keyboard input and automatically generated pages to a random sequence of two data entry methods. Platform: |
Size: 2048 |
Author:pauly_917 |
Hits:
Description: C++代码写的有关页面置换算法的程序 实现OPT 算法 (最优置换算法) 、LRU 算法 (Least Recently) 、 FIFO 算法 (First IN First Out)的模拟-C++ code written on the page replacement algorithm OPT program algorithm (the optimal replacement algorithm), LRU algorithm (Least Recently), FIFO algorithm (First IN First Out) of the simulation Platform: |
Size: 1911808 |
Author:lee |
Hits:
Description: Java操作系统页面置换算法：
（1）进先出的算法（FIFO）
（2）最近最少使用的算法（LRU）
（3）最佳淘汰算法(OPT)
（4）最少访问页面算法(LFU) （注：由本人改成改进型Clock算法）
（5）最近最不经常使用算法(NUR)
-Java operating system, page replacement algorithm: (1) into the first out method (FIFO) (2) least recently used algorithm (LRU) (3) optimal replacement algorithm (OPT) (4) at least visit the page algorithm (LFU) ( Note: I changed improved by the Clock algorithm) (5) recently least frequently used algorithm (NUR) Platform: |
Size: 343040 |
Author:李锐歆 |
Hits:
Description: 采用页式分配存储方案，通过分别计算不同算法的命中率来比较算法的优劣，同时也考虑页面大小及内存实际容量对命中率的影响；
实现OPT 算法 (最优置换算法) 、LRU 算法 (Least Recently) 、 FIFO 算法 (First IN First Out)的模拟；
-By page type allocation of storage solutions, were calculated by the hit rate of different algorithms to compare the merits of algorithms, taking into account the actual page size and memory capacity of the hit rate achieve OPT algorithm (the optimal replacement algorithm), LRU algorithm ( Least Recently), FIFO algorithm (First IN First Out) of the simulation Platform: |
Size: 4096 |
Author:kkk |
Hits:
Description: 2.设计一个虚拟存储区和内存工作区，并使用下述算法计算访问命中率。
1) 最佳置换算法（Optimal）
2) 先进先出法（Fisrt In First Out）
3) 最近最久未使用（Least Recently Used）
4) 最不经常使用法（Least Frequently Used）
5) 最近未使用法（No Used Recently）
其中，命中率＝１－页面失效次数／页地址流长度。
试对上述算法的性能加以较各：页面个数和命中率间的关系；同样情况下的命中率比较。
-2. To design a virtual memory storage area and work area, and access using the following algorithm to calculate the hit rate. 1) The best replacement algorithm (Optimal) 2) FIFO (Fisrt In First Out) 3) most recently from lack of use (Least Recently Used) 4) the least frequently used method (Least Frequently Used) 5) does not use a recently (No Used Recently) where hit rate = 1- invalid page number/page address stream length. Test the performance of the algorithms to be compared with each: the page number and the relationship between hit rate the same hit rate in case of comparison. Platform: |
Size: 2048 |
Author:zhongkeli |
Hits:
Description: 页面置换算法包括：最佳(Optimal)置换算法、先进先出(FIFO)算法、最近最久未使用(LRU)算法 -Page replacement algorithm, including: Best (Optimal) replacement algorithm, first in first out (FIFO) algorithm, most recently from lack of use (LRU) algorithm Platform: |
Size: 2048 |
Author:dlq |
Hits:
Description: 分别实现最佳置换算法(optimal)、先进先出(FIFO)页面置换算法和最近最久未使用（LRU）置换算法，并给出各算法缺页次数和缺页率。
-Respectively, to achieve optimal replacement algorithm (optimal), First In First Out (FIFO) page replacement algorithm and the most-recently-used recently (LRU) replacement algorithm, and gives the algorithm the number of missing pages and missing page rate. Platform: |
Size: 84992 |
Author:唐艰苦 |
Hits:
Description: 存储管理中页面置换算法性能测试
要求：设系统采用固定分配局部置换的存储分配策略，编写仿真程序对下述页面
置换算法进行性能测试，并对结果进行分析和比较。
(1) 最佳适应(Optimal)页面置换算法；
(2) 先进先出(FIFO)页面置换算法；
(3) 最近最久未使用(LRU)页面置换算法；
(4) 最少使用(LFU)页面置换算法。
要求可适用于键盘输入和自动产生随机页面走向序列两种数据输入方式。-Page replacement algorithm performance testing requirements in the storage management: Let the system using the partial replacement of the fixed allocation of memory allocation strategy, the preparation of the simulation program on the following page replacement algorithm for performance testing, and the results were analyzed and compared. (1) the best fit (Optimal) page replacement algorithm (2) First In First Out (FIFO) page replacement algorithm (3) the most-recently-used (LRU) page replacement algorithm (4) at least one (LFU) page replacement algorithm. Requirements applicable to the keyboard input and automatically generates a random page toward the sequence of the two data input. Platform: |
Size: 1777664 |
Author:周明明 |
Hits:
Search - page replacement algorithm optimal