Multi Protocol File System - Revision history

Ticonderago: Changes fixed

2024-04-10T04:24:27Z

Changes fixed

← Previous revision		Revision as of 04:24, 10 April 2024
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		⚫	{{Short description\|Network filesystem technology developed and sold by EMC Corporation}}The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file-sharing protocols such as [[Network File System (protocol)\|NFS]].
	{{Short description\|Network filesystem technology developed and sold by EMC Corporation}}
	{{Advert\|article\|date=November 2012}}

⚫	The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file-sharing protocols such as [[Network File System (protocol)\|NFS]].
	[[File:MPFSi overview.gif \|thumb\|right]]		[[File:MPFSi overview.gif \|thumb\|right]]

Kvng: Adding short description: "Network filesystem technology developed and sold by EMC Corporation"

2023-11-05T17:09:26Z

Adding short description: "Network filesystem technology developed and sold by EMC Corporation"

← Previous revision		Revision as of 17:09, 5 November 2023
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			{{Short description\|Network filesystem technology developed and sold by EMC Corporation}}
	{{Advert\|article\|date=November 2012}}		{{Advert\|article\|date=November 2012}}

PaulT2022: the Dell reference appears to describe an unrelated concept with the same name and doesn't support any part of the paragraph cited to it

2023-10-09T04:01:42Z

the Dell reference appears to describe an unrelated concept with the same name and doesn't support any part of the paragraph cited to it

← Previous revision		Revision as of 04:01, 9 October 2023
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	MPFS technology is intended for HPC (High Performance Computing) environments in which multiple compute nodes require concurrent access to data sets. This technology can be used to store and access data for [[grid computing]], where the individual computing power of many systems is combined to perform a single process. Example uses include processing geological data, voice recognition datasets, and modal processing. Virtualized computing environments will also benefit from high performance shared storage.<ref name=":0">{{Cite book \|last=Parthalan \|first=Ozzy Ronny \|url=https://dl.acm.org/doi/book/10.5555/2463130 \|title=Multi Path File System \|date=2012 \|publisher=VadPress \|isbn=978-613-6-26299-4 \|location=Dresden, Saxony, DEU }}</ref>		MPFS technology is intended for HPC (High Performance Computing) environments in which multiple compute nodes require concurrent access to data sets. This technology can be used to store and access data for [[grid computing]], where the individual computing power of many systems is combined to perform a single process. Example uses include processing geological data, voice recognition datasets, and modal processing. Virtualized computing environments will also benefit from high performance shared storage.<ref name=":0">{{Cite book \|last=Parthalan \|first=Ozzy Ronny \|url=https://dl.acm.org/doi/book/10.5555/2463130 \|title=Multi Path File System \|date=2012 \|publisher=VadPress \|isbn=978-613-6-26299-4 \|location=Dresden, Saxony, DEU }}</ref>

	MPFS consists of an agent on the client system and a compatible NAS storage system. The client agent splits the data and meta data for the file being requested. This is done using an '''FMP''' ('''File Mapping Protocol'''). Requests for the data and its location are sent over conventional NFS to the NAS system. Block data is sent and retrieved directly from the storage device via [[iSCSI]] or [[Fibre Channel]]. Retrieving data directly from the storage device increases performance by eliminating the file system and protocol overhead associated with NFS or SMB.<ref name=":1">{{Cite web \|title=Multiprotocol file sharing \|url=https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm \|archive-url=https://web.archive.org/web/20220930070556/https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm \|archive-date=2022-09-30 \|website=www.dell.com \|language=en}}</ref>		MPFS consists of an agent on the client system and a compatible NAS storage system. The client agent splits the data and meta data for the file being requested. This is done using an '''FMP''' ('''File Mapping Protocol'''). Requests for the data and its location are sent over conventional NFS to the NAS system. Block data is sent and retrieved directly from the storage device via [[iSCSI]] or [[Fibre Channel]]. Retrieving data directly from the storage device increases performance by eliminating the file system and protocol overhead associated with NFS or SMB.

	The MPFS protocol was developed by EMC for use in NAS storage environments utilizing EMC Celerra and back end storage environments such as the EMC [[CLARiiON]], EMC VNX and [[EMC Symmetrix\|Symmetrix]].		The MPFS protocol was developed by EMC for use in NAS storage environments utilizing EMC Celerra and back end storage environments such as the EMC [[CLARiiON]], EMC VNX and [[EMC Symmetrix\|Symmetrix]].
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	== References ==		== References ==
	{{Reflist}}		{{Reflist}}

			== Further reading ==
			* {{cite web \|last1=Thangavel \|first1=Ayyaswamy \|title=Multi-Path File System over iSCSI (MPFSi) \|url=https://education.dell.com/content/dam/dell-emc/documents/en-us/KS2008_Thangavel-iscsi_mpfsi_technology.pdf \|website=EMC South Asia \|date=2008}}
			* {{cite web \|title=EMC Celerra Multi-Path File System (MPFS) \|url=https://www.alteeve.com/files/filesystems/h2006-celerra-mpfs-mpfsi.pdf \|website=EMC}}

	[[Category:File sharing]]		[[Category:File sharing]]

Kvng: fix broken link with archive. rm rep.

2023-05-13T14:40:12Z

fix broken link with archive. rm rep.

← Previous revision		Revision as of 14:40, 13 May 2023
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	{{Advert\|article\|date=November 2012}}		{{Advert\|article\|date=November 2012}}

	The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file sharing protocols such as [[Network File System (protocol)\|NFS]].		The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file-sharing protocols such as [[Network File System (protocol)\|NFS]].
	[[File:MPFSi overview.gif \|thumb\|right]]		[[File:MPFSi overview.gif \|thumb\|right]]

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	MPFS technology is intended for HPC (High Performance Computing) environments in which multiple compute nodes require concurrent access to data sets. This technology can be used to store and access data for [[grid computing]], where the individual computing power of many systems is combined to perform a single process. Example uses include processing geological data, voice recognition datasets, and modal processing. Virtualized computing environments will also benefit from high performance shared storage.<ref name=":0">{{Cite book \|last=Parthalan \|first=Ozzy Ronny \|url=https://dl.acm.org/doi/book/10.5555/2463130 \|title=Multi Path File System \|date=2012 \|publisher=VadPress \|isbn=978-613-6-26299-4 \|location=Dresden, Saxony, DEU }}</ref>		MPFS technology is intended for HPC (High Performance Computing) environments in which multiple compute nodes require concurrent access to data sets. This technology can be used to store and access data for [[grid computing]], where the individual computing power of many systems is combined to perform a single process. Example uses include processing geological data, voice recognition datasets, and modal processing. Virtualized computing environments will also benefit from high performance shared storage.<ref name=":0">{{Cite book \|last=Parthalan \|first=Ozzy Ronny \|url=https://dl.acm.org/doi/book/10.5555/2463130 \|title=Multi Path File System \|date=2012 \|publisher=VadPress \|isbn=978-613-6-26299-4 \|location=Dresden, Saxony, DEU }}</ref>

	MPFS consists of an agent on the client system and a compatible NAS storage system. The client agent splits the data and meta data for the file being requested. This is done using an '''FMP''' ('''File Mapping Protocol'''). Requests for the data and its location are sent over conventional NFS to the NAS system. Block data is sent and retrieved directly from the storage device via [[iSCSI]] or [[Fibre Channel]]. Retrieving data directly from the storage device increases performance by eliminating the file system and protocol overhead associated with NFS or SMB.<ref name=":1">{{Cite web \|title=Multiprotocol file sharing \|url=https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm \|~~access~~-date=2022-06-07 \|website=www.dell.com \|language=en}}</ref>		MPFS consists of an agent on the client system and a compatible NAS storage system. The client agent splits the data and meta data for the file being requested. This is done using an '''FMP''' ('''File Mapping Protocol'''). Requests for the data and its location are sent over conventional NFS to the NAS system. Block data is sent and retrieved directly from the storage device via [[iSCSI]] or [[Fibre Channel]]. Retrieving data directly from the storage device increases performance by eliminating the file system and protocol overhead associated with NFS or SMB.<ref name=":1">{{Cite web \|title=Multiprotocol file sharing \|url=https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm \|archive-url=https://web.archive.org/web/20220930070556/https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm \|archive-date=2022-09-30 \|website=www.dell.com \|language=en}}</ref>

	The MPFS protocol was developed by EMC for use in NAS storage environments utilizing EMC Celerra and back end storage environments such as the EMC [[CLARiiON]], EMC VNX and [[EMC Symmetrix\|Symmetrix]].		The MPFS protocol was developed by EMC for use in NAS storage environments utilizing EMC Celerra and back end storage environments such as the EMC [[CLARiiON]], EMC VNX and [[EMC Symmetrix\|Symmetrix]].
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	== References ==		== References ==
	{{Reflist}}		{{Reflist}}

	* [https://dl.acm.org/doi/book/10.5555/2463130 Ozzy Ronny Parthalan. 2012. <nowiki><i>Multi Path File System</i></nowiki>. VadPress, Dresden, Saxony, DEU.]
	* https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm

	[[Category:File sharing]]		[[Category:File sharing]]

Kvng: no specific issue identified

2022-11-12T04:03:15Z

no specific issue identified

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	* https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm		* https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm

	[[Category:Computing articles needing expert attention]]
	[[Category:File sharing]]		[[Category:File sharing]]

EndariV: EndariV moved page Multi Path File System to Multi Protocol File System: There is an inconsistent usage between 'protocol' and 'path' despite citations using 'protocol'

2022-08-04T03:21:48Z

EndariV moved page Multi Path File System to Multi Protocol File System: There is an inconsistent usage between 'protocol' and 'path' despite citations using 'protocol'

← Previous revision	Revision as of 03:21, 4 August 2022
(No difference)

Gett Numbers: Removed ref name tags in references, citations already present in reflist

2022-07-01T18:49:35Z

Removed ref name tags in references, citations already present in reflist

← Previous revision		Revision as of 18:49, 1 July 2022
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	{{Reflist}}		{{Reflist}}

	* [https://dl.acm.org/doi/book/10.5555/2463130 Ozzy Ronny Parthalan. 2012. <nowiki><i>Multi Path File System</i></nowiki>. VadPress, Dresden, Saxony, DEU.]~~<ref name=":0" />~~		* [https://dl.acm.org/doi/book/10.5555/2463130 Ozzy Ronny Parthalan. 2012. <nowiki><i>Multi Path File System</i></nowiki>. VadPress, Dresden, Saxony, DEU.]
	* https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm~~<ref name=":1" />~~		* https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm

	[[Category:Computing articles needing expert attention]]		[[Category:Computing articles needing expert attention]]

Citation bot: Removed parameters. | Use this bot. Report bugs. | Suggested by Headbomb | Category:CS1 errors: DOI | #UCB_Category 15/16

2022-06-10T19:01:54Z

Removed parameters. | Use this bot. Report bugs. | Suggested by Headbomb | Category:CS1 errors: DOI | #UCB_Category 15/16

← Previous revision		Revision as of 19:01, 10 June 2022
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	== Description ==		== Description ==
	MPFS technology is intended for HPC (High Performance Computing) environments in which multiple compute nodes require concurrent access to data sets. This technology can be used to store and access data for [[grid computing]], where the individual computing power of many systems is combined to perform a single process. Example uses include processing geological data, voice recognition datasets, and modal processing. Virtualized computing environments will also benefit from high performance shared storage.<ref name=":0">{{Cite book \|last=Parthalan \|first=Ozzy Ronny \|url=https://dl.acm.org/doi/book/10.5555/2463130 \|title=Multi Path File System \|date=2012 \|publisher=VadPress \|isbn=978-613-6-26299-4 \|location=Dresden, Saxony, DEU ~~\|doi=10.5555/2463130~~}}</ref>		MPFS technology is intended for HPC (High Performance Computing) environments in which multiple compute nodes require concurrent access to data sets. This technology can be used to store and access data for [[grid computing]], where the individual computing power of many systems is combined to perform a single process. Example uses include processing geological data, voice recognition datasets, and modal processing. Virtualized computing environments will also benefit from high performance shared storage.<ref name=":0">{{Cite book \|last=Parthalan \|first=Ozzy Ronny \|url=https://dl.acm.org/doi/book/10.5555/2463130 \|title=Multi Path File System \|date=2012 \|publisher=VadPress \|isbn=978-613-6-26299-4 \|location=Dresden, Saxony, DEU }}</ref>

	MPFS consists of an agent on the client system and a compatible NAS storage system. The client agent splits the data and meta data for the file being requested. This is done using an '''FMP''' ('''File Mapping Protocol'''). Requests for the data and its location are sent over conventional NFS to the NAS system. Block data is sent and retrieved directly from the storage device via [[iSCSI]] or [[Fibre Channel]]. Retrieving data directly from the storage device increases performance by eliminating the file system and protocol overhead associated with NFS or SMB.<ref name=":1">{{Cite web \|title=Multiprotocol file sharing \|url=https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm \|access-date=2022-06-07 \|website=www.dell.com \|language=en}}</ref>		MPFS consists of an agent on the client system and a compatible NAS storage system. The client agent splits the data and meta data for the file being requested. This is done using an '''FMP''' ('''File Mapping Protocol'''). Requests for the data and its location are sent over conventional NFS to the NAS system. Block data is sent and retrieved directly from the storage device via [[iSCSI]] or [[Fibre Channel]]. Retrieving data directly from the storage device increases performance by eliminating the file system and protocol overhead associated with NFS or SMB.<ref name=":1">{{Cite web \|title=Multiprotocol file sharing \|url=https://www.dell.com/en-sg/dt/documentation/unity-family/unity-p-multiprotocol-infomod/01-unity-c-ch-multi-overview-multi-file-sharing.htm \|access-date=2022-06-07 \|website=www.dell.com \|language=en}}</ref>

Alpha Piscis Austrini: clean up

2022-06-08T14:23:10Z

clean up

← Previous revision		Revision as of 14:23, 8 June 2022
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	~~{{multiple issues\|~~{{Advert\|article\|date=November 2012}}}}		{{Advert\|article\|date=November 2012}}
	The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file sharing protocols such as [[Network File System (protocol)\|NFS]].		The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file sharing protocols such as [[Network File System (protocol)\|NFS]].
	[[File:MPFSi overview.gif \|thumb \|right]]		[[File:MPFSi overview.gif \|thumb\|right]]

	~~====~~== Description ~~====~~==		== Description ==
	MPFS technology is intended for HPC (High Performance Computing) environments in which multiple compute nodes require concurrent access to data sets. This technology can be used to store and access data for [[grid computing]], where the individual computing power of many systems is combined to perform a single process. Example uses include processing geological data, voice recognition datasets, and modal processing. Virtualized computing environments will also benefit from high performance shared storage.<ref name=":0">{{Cite book \|last=Parthalan \|first=Ozzy Ronny \|url=https://dl.acm.org/doi/book/10.5555/2463130 \|title=Multi Path File System \|date=2012 \|publisher=VadPress \|isbn=978-613-6-26299-4 \|location=Dresden, Saxony, DEU \|doi=10.5555/2463130}}</ref>		MPFS technology is intended for HPC (High Performance Computing) environments in which multiple compute nodes require concurrent access to data sets. This technology can be used to store and access data for [[grid computing]], where the individual computing power of many systems is combined to perform a single process. Example uses include processing geological data, voice recognition datasets, and modal processing. Virtualized computing environments will also benefit from high performance shared storage.<ref name=":0">{{Cite book \|last=Parthalan \|first=Ozzy Ronny \|url=https://dl.acm.org/doi/book/10.5555/2463130 \|title=Multi Path File System \|date=2012 \|publisher=VadPress \|isbn=978-613-6-26299-4 \|location=Dresden, Saxony, DEU \|doi=10.5555/2463130}}</ref>

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	== References ==		== References ==
			{{Reflist}}

	* [https://dl.acm.org/doi/book/10.5555/2463130 Ozzy Ronny Parthalan. 2012. <nowiki><i>Multi Path File System</i></nowiki>. VadPress, Dresden, Saxony, DEU.]<ref name=":0" />		* [https://dl.acm.org/doi/book/10.5555/2463130 Ozzy Ronny Parthalan. 2012. <nowiki><i>Multi Path File System</i></nowiki>. VadPress, Dresden, Saxony, DEU.]<ref name=":0" />

Sheabutter98: removed lack of citation tag as 2, with referances have been added.

2022-06-07T08:26:10Z

removed lack of citation tag as 2, with referances have been added.

← Previous revision		Revision as of 08:26, 7 June 2022
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	{{multiple issues\|		{{multiple issues\|{{Advert\|article\|date=November 2012}}}}
	{{Unsourced\|date=July 2014}}
	{{Advert\|article\|date=November 2012}}
	}}
	The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file sharing protocols such as [[Network File System (protocol)\|NFS]].		The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file sharing protocols such as [[Network File System (protocol)\|NFS]].
	[[File:MPFSi overview.gif \|thumb \|right]]		[[File:MPFSi overview.gif \|thumb \|right]]

← Previous revision		Revision as of 08:26, 7 June 2022
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	{{multiple issues\|		{{multiple issues\|{{Advert\|article\|date=November 2012}}}}
	{{Unsourced\|date=July 2014}}
	{{Advert\|article\|date=November 2012}}
	}}
	The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file sharing protocols such as [[Network File System (protocol)\|NFS]].		The '''Multi Protocol File System''' (MPFS) is a multi-path [[File system\|network filesystem]] technology developed and sold by [[EMC Corporation]]. MPFS is intended to allow hundreds to thousands of client computer nodes to access shared computer data with higher performance than conventional [[Network-attached storage\|NAS]] file sharing protocols such as [[Network File System (protocol)\|NFS]].
	[[File:MPFSi overview.gif \|thumb \|right]]		[[File:MPFSi overview.gif \|thumb \|right]]