Description: 这是一个时钟页面替换算法,用于操作系统存储器的页面替换,运行于VC++平台-This is a clock page replacement algorithm for the operating system memory page replacement, running on VC++ Platform Platform: |
Size: 2048 |
Author:陈梅 |
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Description: 使用GDI+画图的案例,显示一个漂亮的时钟。具有很好的参考价值,在使用时请将对应的gdi+路径替换。
it s an example of gdi+ painting,displaying a pretty clock. it will be very helpful for learning gdi+ programming.-Use GDI+ Drawing case, showing a beautiful clock. Have a good reference value when you use the corresponding gdi+ Path replacement. it s an example of gdi+ painting, displaying a pretty clock. it will be very helpful for learning gdi+ programming. Platform: |
Size: 1195008 |
Author:19869142 |
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Description: 改进型CLOCK 页面置换算法实现在进程运行过程中,若其要访问的页面不在内存而需要调入内存,但分配该进程的内存
空间已经用完时,为了保证该进程能继续执行,需要从内存中把该进程的一些页调入外存中
的对换区,但调出那个页面,可以采用不同的算法。-Improved CLOCK page replacement algorithm in the process of running the course, if its trying to access pages of memory need not be transferred to memory, but the distribution of the process had run out of memory space, in order to ensure that the process can continue execution from memory in the process of redeployment of a number of pages for Out-of-Core of the area, but out of that page, you can use different algorithms. Platform: |
Size: 1006592 |
Author:李方 |
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Description: 是关于页面替换算法的代码模拟,用了三种算法,先进先出,第二次机会,时钟算法-Is on the page replacement algorithm code simulation, using the three algorithms, FIFO, a second chance, the clock algorithm Platform: |
Size: 508928 |
Author:lzh |
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Description: 页面置换算法设计和实现最佳置换算法、随机置换算法、先进先出置换算法、最近最久未使用置换算法、简单Clock置换算法及改进型Clock置换算法;通过支持页面访问序列随机发生实现有关算法的测试及性能比较。-Page replacement algorithm design and realization of the best replacement algorithm, random permutation algorithm, FIFO replacement algorithm, the most recently used replacement algorithm for long, simple Clock replacement algorithm and improved Clock replacement algorithm page views by supporting the realization of random sequences of the algorithm testing and performance comparison. Platform: |
Size: 343040 |
Author:张帅 |
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Description: 本课题的目的是要实现缺页处理程序,这需要在适当的时候将某些页面替换出/入。为了减少缺页和将页面从内存淘汰到磁盘的次数,要求你实现五种页面替换算法。
NRU(Not Recently Used)算法 SC(Second Chance)算法
Clock算法 Working Set算法 Aging算法
-The purpose of this project is to achieve the missing page handling procedures, which needs to be at an appropriate time to replace some of the pages of entry/exit. In order to reduce the missing pages and pages of memory out to disk from the number, asking you to achieve the five page replacement algorithm. NRU (Not Recently Used) algorithm SC (Second Chance) algorithm Clock algorithm Aging Algorithm Working Set Algorithm Platform: |
Size: 572416 |
Author:gavinfeng |
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Description: 页面更换实现简单常用的页面更换算法先来先服务(FIFO)、LRU(最久未使用页面更换)算法、时钟算法等-Page, the page replacement simple replacement algorithm used a first-come first-served (FIFO), LRU (most from lack of use page replacement) algorithm, the clock algorithm Platform: |
Size: 14336 |
Author: |
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Description: 操作系统页面置换算法的源代码,分别包含最佳置换算法,先进先出置换算法,最近最久未使用置换算法以及简单的clock置换算法。-The source code of the operating system page replacement algorithm, respectively, contain the best replacement algorithm, FIFO replacement algorithm, the most-recently-used replacement algorithm and a simple clock replacement algorithm. Platform: |
Size: 316416 |
Author:david |
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Description: 页面置换算法的实现。里面包含了 LRU ,FIFO, 简单CLOCK,改进的CLOCK,OPT,随机算法这几种算法,然后根据情况选择算法。 -Page replacement algorithm. Which contains the LRU, FIFO, simple and CLOCK to improved CLOCK, OPT, random selection algorithm algorithm for these types of algorithms, and then depending on the circumstances. Platform: |
Size: 2048 |
Author:王心 |
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