permanent storage

英 [ˈpɜːmənənt ˈstɔːrɪdʒ] 美 [ˈpɜːrmənənt ˈstɔːrɪdʒ]

网络  永久性存储器; 永久存储器; 永久存储; 永久储存区; 永久储存

计算机



双语例句

  1. In albuminous seeds, it remains as a permanent storage organ of the mature seed.
    在有胚乳的种子中,它保留作为成熟种子中的永久贮藏器官。
  2. File memory uses persistent segments and have actual permanent storage location on the disk.
    文件内存使用持久段,在磁盘上具有持久的存储位置。
  3. So, permanent storage pages are basically just pieces of files cached in memory.
    因此,永久存储分页就是缓存在内存中的部分文件。
  4. You will still require some permanent storage for your data files.
    您仍需要一些数据文件的永久存储。
  5. When a modified permanent storage page needs to be paged out ( moved from memory to disk), it is written to a file system.
    当经过修改的永久存储分页需要换出(从内存移动到磁盘)的时候,会将它写入到文件系统中。
  6. Because all non-computational client pages are a subset of the total number of non-computational permanent storage pages, the maxclient limit must always be less than or equal to the maxperm limit.
    因为所有非计算性客户端分页是非计算性永久存储分页总数的子集,所以maxclient限制必须始终小于或者等于maxperm限制。
  7. File memory ( unlike computational memory) uses persistent segments and has a permanent storage location on the disk.
    与计算内存不同,文件内存使用持久段并在磁盘上有持久存储位置。
  8. As mentioned earlier, the number of permanent storage pages is the sum of the number of persistent storage pages and the number of client storage pages.
    如前所述,永久存储分页的数目是持久性存储分页数目和客户端存储分页数目的总和。
  9. They have no real permanent disk storage location.
    它们没有对应的持久磁盘存储位置。
  10. If the application had been doing writes to the file instead of reads, the permanent storage pages would be "modified," and AIX would have to flush the pages to disk before releasing the pages.
    如果应用程序对某个文件进行写操作(而不是读操作),那么永久存储分页将是经过修改的,并且AIX必须在释放这些分页之前将其刷新到磁盘。
  11. If the file is closed, the AIX kernel continues to cache the file data in memory ( in permanent storage pages).
    如果关闭该文件,那么AIX内核将继续在内存中(在永久存储分页中)缓存该文件的数据。
  12. Permanent storage pages are pages that contain permanent data ( that is, data that is preserved across a reboot).
    永久存储分页是一些包含永久数据(也就是说,重新启动后仍然存在的数据)的分页。
  13. Depending on how you use the permanent storage pages, the pages can be computational or non-computational.
    永久存储分页既可以是计算性的、也可以是非计算性的,这取决于您使用这些分页的方式。
  14. As a program does reads and writes to the file, the AIX kernel caches the file's data in memory as non-computational permanent storage pages.
    随着程序对该文件进行读写操作,AIX内核将该文件的数据作为非计算性的永久存储分页在内存中进行缓存。
  15. So, the in-memory permanent storage pages are equivalent to the file data on the disk.
    因此,内存中的永久存储分页与磁盘中的文件数据完全相同。
  16. When a process page faults on a file ( meaning the process references a part of the file that is not currently cached in memory in a permanent storage page), the process generates a page fault.
    当对某个文件出现进程缺页(意味着该进程引用了文件的部分内容,而这部分内容当前没有缓存在永久存储分页的内存中)的时候,该进程将产生一个缺页。
  17. For example, if an application is reading a file, the file data is cached in memory in permanent storage pages.
    例如,如果一个应用程序正在读取某个文件,那么该文件数据将缓存于永久存储分页的内存中。
  18. These permanent storage pages are unmodified, meaning that the pages have not been modified in memory.
    这些永久存储分页没有经过修改,这意味着并没有在内存中对这些分页进行修改。
  19. This is the most common setting for people who want to read their messages at work but also download them for permanent storage on their home computer.
    对于那些需要在工作时阅读其邮件,但是又想将它们下载到家庭计算机上以便永久保存的用户,这是最常用的设置。
  20. The Receive Data function receives a storage request and an AIP from Ingest and moves the AIP to permanent storage within the archive.
    接收数据功能接收来自摄入功能模块的存储要求和档案信息包并将档案信息包移到归档系统中的永久保存处。
  21. A storage approach allowing direct information inquiry from temporary or permanent storage devices.
    一种存储方法,它允许从暂时性或永久性存储设备中直接询问信息。
  22. All these provide references for the users to realize permanent storage function with S7-200.
    对需使用S7-200进行永久存储功能的用户有一定的借鉴作用。
  23. As for the permanent storage related to UML, relation database is still the widely recognized storing method, which will be the case in the relatively long period.
    由于UML建模涉及到持久性存储的问题,而关系数据库仍然是当前大多数人都青睐的持久信息存储方法,并且在较长时间内这种情况不太会改变。
  24. The permanent storage experiment was carried out to study the negative effect of diffusion of PQ molecule on the quality of volume holographic recording. The diffusion coefficient of PQ molecule was obtained numerically, whose magnitude is in the order of 10?
    为了研究PQ分子的扩散作用,我们进行了永久存储实验,分析了扩散对图像质量造成的不利影响,并计算了PQ分子的扩散系数,其数量级为10?
  25. In order to realize the object permanent storage and management in the Object oriented software development, a new mapping technique for object model to related database structure is presented and some examples are given.
    为了在OO(Object-oriented)软件开发中,能够实现对象的永久存储和管理,给出了一种从对象模型到关系型数据库结构的映射方法。
  26. As an infrastructure of information services in federated digital library, the digital object architecture is described, which provides the mechanism for permanent storage, secure access, management and index to digital objects.
    数字对象体系结构提供对分布式数字对象的持久保存、安全访问、管理以及索引服务,从而使联合数字图书馆中的海量分布式数字资源成为用户的知识源泉。
  27. A new idea of online permanent storage based on SAN structure for image files is presented and a Picture Archiving and Communication System ( PACS) design project based on SAN structure is discussed.
    提出基于SAN结构的影像文件长期在线存储方案,并在此基础上对医学影像存档与传输系统(PACS)的设计进行了论述。
  28. This kind of architecture is typical three layer structures, namely, client presentation layer, middle service provider layer and permanent storage layer, at the same time, related technology involved at every layer is discussed and and gives concrete method.
    这种结构是典型的三层体系结构:客户表示层、中间服务提供层以及数据永久存储层,同时对每层中涉及到的相关技术进行了阐述,并给出了具体的实现方法。
  29. Along with permanent storage medium ( for example floppy disk and so on) the appearance, enable the computer also to have the humanity to be unable to hope to attain or equal "the memory ability". How manages, uses the computer "memory ability"?
    随着永久储存介质(如磁盘等)的出现,使计算机又拥有了人类无法企及的记忆能力。如何管理、使用计算机的记忆能力呢?数据库技术应运而生。
  30. The flash storage is widely considered as a next-generation permanent storage media which will replace magnetic disk in database systems because of its high random read, low power consumption and silence.
    闪存由于高效的随机读、低功耗和无噪音等优点,被认为有望取代磁盘成为数据库的永久性存储介质。