duplicate paging - definitie. Wat is duplicate paging
Diclib.com
Woordenboek ChatGPT
Voer een woord of zin in in een taal naar keuze 👆
Taal:

Vertaling en analyse van woorden door kunstmatige intelligentie ChatGPT

Op deze pagina kunt u een gedetailleerde analyse krijgen van een woord of zin, geproduceerd met behulp van de beste kunstmatige intelligentietechnologie tot nu toe:

  • hoe het woord wordt gebruikt
  • gebruiksfrequentie
  • het wordt vaker gebruikt in mondelinge of schriftelijke toespraken
  • opties voor woordvertaling
  • Gebruiksvoorbeelden (meerdere zinnen met vertaling)
  • etymologie

Wat (wie) is duplicate paging - definitie

WIRELESS TELECOMMUNICATIONS DEVICE THAT RECEIVES AND DISPLAYS ALPHANUMERIC MESSAGES AND/OR RECEIVES AND ANNOUNCES VOICE MESSAGES; PART OF A PAGING SYSTEM
Paging (telecommunications); Pagers; Alphanumeric paging; Radio paging; Radio paging systems; Paging system; Two-way pager; 📟; Pocket Bell
  • A Motorola LX2 pager
  • Four historical Japanese pagers.
  • Original Motorola "Pageboy II" pager, used in New York in the late 1970s.
  • The top of a Motorola "Bravo" numeric pager
  • An NEC pager branded by Deutsche Telekom for the Skyper pager service
  • Timex Datalink Beepwear Pro: a wearable pager/watch featuring alphanumeric paging capability. Part of the [[Timex Datalink]] family of watches

paging         
MEMORY MANAGEMENT SCHEME BY WHICH A COMPUTER STORES AND RETRIEVES DATA FROM SECONDARY STORAGE FOR USE IN MAIN MEMORY
386SPART.PAR; WIN386.SWP; Swap file; Swap partition; Swap space; Memory swapping; Swapfile; Page file; Paging file; Page File; Pagefile.sys; Paging space; Swap memory; Page file usage; File page; Pagefile; Swapspace; Paged memory; Page in; Page out; Pageable memory; Page swapping; Page swapping memory; Page memory; Swap disk; Swap volume; Sharing in paging system; Swappiness; Swapping (memory management); Linux swap; Swap death; Swapdeath; Swapping (computing); Paging
<operating system> A technique for increasing the memory space available by moving infrequently-used parts of a program's working memory from RAM to a secondary storage medium, usually hard {disk. The unit of transfer is called a page. A memory management unit (MMU) monitors accesses to memory and splits each address into a page number (the most significant bits) and an offset within that page (the lower bits). It then looks up the page number in its page table. The page may be marked as paged in or paged out. If it is paged in then the memory access can proceed after translating the virtual address to a physical address. If the requested page is paged out then space must be made for it by paging out some other page, i.e. copying it to disk. The requested page is then located on the area of the disk allocated for "swap space" and is read back into RAM. The page table is updated to indicate that the page is paged in and its physical address recorded. The MMU also records whether a page has been modified since it was last paged in. If it has not been modified then there is no need to copy it back to disk and the space can be reused immediately. Paging allows the total memory requirements of all running tasks (possibly just one) to exceed the amount of {physical memory}, whereas swapping simply allows multiple processes to run concurrently, so long as each process on its own fits within physical memory. (1996-11-22)
page out         
MEMORY MANAGEMENT SCHEME BY WHICH A COMPUTER STORES AND RETRIEVES DATA FROM SECONDARY STORAGE FOR USE IN MAIN MEMORY
386SPART.PAR; WIN386.SWP; Swap file; Swap partition; Swap space; Memory swapping; Swapfile; Page file; Paging file; Page File; Pagefile.sys; Paging space; Swap memory; Page file usage; File page; Pagefile; Swapspace; Paged memory; Page in; Page out; Pageable memory; Page swapping; Page swapping memory; Page memory; Swap disk; Swap volume; Sharing in paging system; Swappiness; Swapping (memory management); Linux swap; Swap death; Swapdeath; Swapping (computing); Paging
<storage, architecture> What a paging system does when it copies part of a task's working memory from RAM to {swap space} on disk. [Jargon File] (1995-01-23)
page in         
MEMORY MANAGEMENT SCHEME BY WHICH A COMPUTER STORES AND RETRIEVES DATA FROM SECONDARY STORAGE FOR USE IN MAIN MEMORY
386SPART.PAR; WIN386.SWP; Swap file; Swap partition; Swap space; Memory swapping; Swapfile; Page file; Paging file; Page File; Pagefile.sys; Paging space; Swap memory; Page file usage; File page; Pagefile; Swapspace; Paged memory; Page in; Page out; Pageable memory; Page swapping; Page swapping memory; Page memory; Swap disk; Swap volume; Sharing in paging system; Swappiness; Swapping (memory management); Linux swap; Swap death; Swapdeath; Swapping (computing); Paging
<storage, architecture> What a paging system does when it copies part of a task's working memory from swap space on disk to RAM. [Jargon File] (1995-01-23)

Wikipedia

Pager

A pager (also known as a beeper or bleeper) is a wireless telecommunications device that receives and displays alphanumeric or voice messages. One-way pagers can only receive messages, while response pagers and two-way pagers can also acknowledge, reply to and originate messages using an internal transmitter.

Pagers operate as part of a paging system which includes one or more fixed transmitters (or in the case of response pagers and two-way pagers, one or more base stations), as well as a number of pagers carried by mobile users. These systems can range from a restaurant system with a single low power transmitter, to a nationwide system with thousands of high-power base stations.

Pagers were developed in the 1950s and 1960s, and became widely used by the 1980s. In the 21st century, the widespread availability of cellphones and smartphones has greatly diminished the pager industry. Nevertheless, pagers continue to be used by some emergency services and public safety personnel, because modern pager systems' coverage overlap, combined with use of satellite communications, can make paging systems more reliable than terrestrial based cellular networks in some cases, including during natural and man-made disasters. This resilience has led public safety agencies to adopt pagers over cellular and other commercial services for critical messaging.

In Japanese, it was commonly called a pocket bell (ポケットベル, poketto beru) or pokeberu (ポケベル), which is an example of wasei-eigo.