A page, memory page, or virtual page is a fixed-length contiguous block of virtual memory, described by a single entry in the page table. It is the smallest unit of data for memory management in a virtual memory operating system. Similarly, a page frame is the smallest fixed-length contiguous block of physical memory into which memory pages are mapped by the operating system.[1][2][3]

A transfer of pages between main memory and an auxiliary store, such as a hard disk drive, is referred to as paging or swapping.

Page (computer memory)的更多相关文章

  1. Page (computer memory) Memory segmentation Page table 虚拟地址到物理地址的转换

    A page, memory page, or virtual page is a fixed-length contiguous block of virtual memory, described ...

  2. Extended paging tables to map guest physical memory addresses from virtual memory page tables to host physical memory addresses in a virtual machine system

    A processor including a virtualization system of the processor with a memory virtualization support ...

  3. Application binary interface and method of interfacing binary application program to digital computer

    An application binary interface includes linkage structures for interfacing a binary application pro ...

  4. PatentTips - Solid State Memory Wear Leveling

    BACKGROUND OF THE INVENTION Solid-state memory devices encompass rewritable non-volatile memory devi ...

  5. PatentTips - Reducing Write Amplification in a Flash Memory

    BACKGROUND OF THE INVENTION Conventional NAND Flash memories move data in the background to write ov ...

  6. Virtual address cache memory, processor and multiprocessor

    An embodiment provides a virtual address cache memory including: a TLB virtual page memory configure ...

  7. PatentTips - Cross-domain data transfer using deferred page remapping

    BACKGROUND OF THE INVENTION The present invention relates to data transfer across domains, and more ...

  8. Safe and efficient allocation of memory

    Aspects of the present invention are directed at centrally managing the allocation of memory to exec ...

  9. Virtualizing memory type

    A processor, capable of operation in a host machine, including memory management logic to support a ...

随机推荐

  1. HDU 3068 Manacher

    题目链接:http://hdu.hustoj.com/showproblem.php?pid=3068 今天学习一下马拉车算法,虽然mg讲过,但是没有系统去学. 算法学习:参考博客 马拉车模板题. # ...

  2. ssh的简单介绍

     SSH简单介绍与运用 一.什么是SSH? SSH是一种网络协议,用于计算机之间的加密登录. OpenSSH 提供了以下几个工具: 1. ssh:实现 SSH 协议,用以建立安全连接,它替代了较早的 ...

  3. 拼题 L2-001 紧急救援 最短路计数+记录路径

    https://pintia.cn/problem-sets/994805046380707840/problems/994805073643683840 L2-001 紧急救援 (25 分)   作 ...

  4. Codeforces 691E Xor-sequences

    矩阵快速幂.递推式:dp[k][i]=sum(dp[k-1][j]*f[i][j]),dp[k][i]表示的意义是序列中有k个元素,最后一个元素是i的方案数,f[i][j]=1表示i与j能放在一起,反 ...

  5. 在eclipse使用map reduce编写word count程序生成jar包并在虚拟机运行的步骤

    ---恢复内容开始--- 1.首先准备一个需要统计的单词文件 word.txt,我们的单词是以空格分开的,统计时按照空格分隔即可 hello hadoop hello yarnhello zookee ...

  6. Jenkins自动化部署入门(一)

    开始使用 Jenkins 这一段时间,技术总监为了减少测试环境每次提交新增接口都要部署项目的时间,搞了一个jenkins持续集成github.docker,这样只要每次push代码都会自动部署,确实节 ...

  7. 搭建高可用服务注册中心-Spring Cloud学习第一天(非原创)

    文章大纲 一.Spring Cloud基础知识介绍二.创建单一的服务注册中心三.创建一个服务提供者四.搭建高可用服务注册中心五.项目源码与参考资料下载六.参考文章   一.Spring Cloud基础 ...

  8. 关于 Bellman-Ford 与 Floyd 算法的一点感想

    在四种常用的最短路算法 Dijkstra, SPFA, floyd, Bellman-Ford 中, Dijks 和 SPFA 的使用较为普遍, 对大多数人来说, 也较为熟悉. 然而, floyd 与 ...

  9. docker 如何清理垃圾呢

    应用容器在宿主机上长期运行,应用实例启停容器,会产生大量的停止的容器,无容器使用的数据卷.网络配置,无容器依赖的镜像,这些垃圾日积月累,会影响到宿主机的运行状态,造成机子卡顿等现象.因此,需要对这些宿 ...

  10. mac os+selenium2+Firefox驱动+python3

    此文章建立在之前写的chrome+selenium+Python环境配置的基础上,链接http://blog.csdn.net/zxy987872674/article/details/5308289 ...