Docker进阶与实战+(容器技术系列).epub

基于组件方式开发操作系统的OSKIT源代码(component-based approach to the development of the operating system source code OSKIT)

磁盘文件系统：建立基于磁盘存储设备的UNIX文件系统，在windows系统下模拟UNIX文件管理系统，可用命令行进行基本的文件操作。(Disk file system: the UNIX file system based disk storage devices in the windows system simulation UNIX file management system, basic file operations available command line.)

这是一个利用DOC操作系统编写的GUI系统(This is a use of DOC prepared by the operating system GUI System)

说明：  几个算法分析和操作系统的上机小程序，vc,c#实现(several algorithm analysis and operating systems on the plane small program vc, c#)

弹出日期选择器，精选ios编程学习源码，很好的参考资料。(Pop-up date selector, selection of learning IOS programming source code, a good reference.)

页式虚拟存储器的页面置换算法一般有： 最佳置换算法（OPT），先进先出置换算法（FIFO），最近最久未使用置换算法（LRU），Clock置换算法，最少使用置换算法（LFU），页面缓存算法（PBA）等。 先进先出（FIFO）置换算法是最直观的置换算法，由于它可能是性能最差的算法，故实际应用极少。在这里我只使用前面三种算法来进行页面调度(Page replacement algorithms for page virtual memory generally include the best permutation algorithm (OPT), advanced first out permutation (FIFO), the most recent unused replacement algorithm (LRU), Clock permutation algorithm, minimum use of permutation (LFU), and page caching algorithm (PBA). The first in first out (FIFO) replacement algorithm is the most intuitive replacement algorithm, because it may be the worst performing algorithm, so there are few practical applications. Here I only use the first three algorithms for page scheduling.)

Microsoft Visual InterDev 从入门到精通(from entry level to proficiency)

linux ０．１１内核源代码分析Ｖ２．０版 为Ｖ１．０版的修正版　(linux 0.11 kernel source code analysis V2.0 version V1.0 version of the amended version of)

算法设计 习题解答 算法设计，ISBN：9787302143352，作者：（美）克林伯格（Kleinberg，J.），（）塔多斯（Tardos，E.） 著，张立昂，屈婉玲 译(Algorithm design solution. Kleinberg，J. Tardos，E.)

说明：  请求页式虚存管理是常用的虚拟存储管理方案之一。通过请求页式虚存管理中对页面置换算法的模拟，有助于理解虚拟存储技术的特点，并加深对请求页式虚存管理的页面调度算法的理解。(Page requests virtual memory management is commonly used in the virtual storage management, one of the options. Page through the request of the management of virtual memory page replacement algorithm for simulation, helping to understand the characteristics of virtual storage technology, and better understanding of the request for virtual memory management Page page scheduling algorithm understanding.)