Cross-layer interaction and service mapping - Revision history

Kvng: stubby

2018-10-06T14:51:32Z

stubby

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	{{DEFAULTSORT:Cross Layer Interaction And Service Mapping}}		{{DEFAULTSORT:Cross Layer Interaction And Service Mapping}}
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GünniX: brackets fixed

2018-10-04T17:56:24Z

brackets fixed

← Previous revision		Revision as of 17:56, 4 October 2018
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	'''Cross-layer interaction and service mapping''' ('''CLIASM''') was designed for achieving [[Quality of service\|QoS]] for [[wireless network]].		'''Cross-layer interaction and service mapping''' ('''CLIASM''') was designed for achieving [[Quality of service\|QoS]] for [[wireless network]].

	P. Venkata Krishna et al., proposed a cross-layer QoS model called CLIASM for [[MANET]]. This model proposes a back and forth flow mechanism for sharing information. A shared database is being utilized to enable layers share information though each layer is performing different function. Between two layers two interfaces are created to enable [[Information flow\|flow of information]] on both sides. The model is implemented based on the division of network features according to layers as [[application layer]] metrics (ALM), [[transport layer]] metrics (TLM), [[network layer]] metrics (NLM) and [[MAC layer] metrics (MLM). But in deploying several cross-layering approaches, one has to keep in mind the possibilities of occurrence of unintended interactions and side effects. Conflicting interactions may create stability problems and result performance degradation.<ref>Networksportal.acm.org/citation.cfm?id=1346607</ref><ref>Venkata Krishna and S. N. Iyengar "A cross layer based QoS model for wireless and Mobile Adhoc Networks" Networks Journal of Mobile Communication, Vol. 1(4), pp. 114–120, 2007</ref><ref>P.Venkata Krishna, N.Ch.S.N.Iyengar and Sudip Misra, "An Efficient Hash Table Node Identification Method For Bandwidth Reservation in Hybrid Cellular And Ad Hock " Computer Communications (Elsevier) 31, No. 4,722–733, March 2008</ref><ref>RL Priya, A Study on QoS Issues for Mobile Ad Hoc Networks</ref><ref>portal.acm.org/citation.cfm?id=1656040</ref>		P. Venkata Krishna et al., proposed a cross-layer QoS model called CLIASM for [[MANET]]. This model proposes a back and forth flow mechanism for sharing information. A shared database is being utilized to enable layers share information though each layer is performing different function. Between two layers two interfaces are created to enable [[Information flow\|flow of information]] on both sides. The model is implemented based on the division of network features according to layers as [[application layer]] metrics (ALM), [[transport layer]] metrics (TLM), [[network layer]] metrics (NLM) and [[MAC layer]] metrics (MLM). But in deploying several cross-layering approaches, one has to keep in mind the possibilities of occurrence of unintended interactions and side effects. Conflicting interactions may create stability problems and result performance degradation.<ref>Networksportal.acm.org/citation.cfm?id=1346607</ref><ref>Venkata Krishna and S. N. Iyengar "A cross layer based QoS model for wireless and Mobile Adhoc Networks" Networks Journal of Mobile Communication, Vol. 1(4), pp. 114–120, 2007</ref><ref>P.Venkata Krishna, N.Ch.S.N.Iyengar and Sudip Misra, "An Efficient Hash Table Node Identification Method For Bandwidth Reservation in Hybrid Cellular And Ad Hock " Computer Communications (Elsevier) 31, No. 4,722–733, March 2008</ref><ref>RL Priya, A Study on QoS Issues for Mobile Ad Hoc Networks</ref><ref>portal.acm.org/citation.cfm?id=1656040</ref>

	== References ==		== References ==

Mccapra: Successfully deorphaned

2018-10-03T06:50:04Z

Successfully deorphaned

← Previous revision		Revision as of 06:50, 3 October 2018
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	{{Use dmy dates\|date=October 2017}}		{{Use dmy dates\|date=October 2017}}
	{{orphan\|date=March 2010}}

	'''Cross-layer interaction and service mapping''' ('''CLIASM''') was designed for achieving [[Quality of service\|QoS]] for [[wireless network]].		'''Cross-layer interaction and service mapping''' ('''CLIASM''') was designed for achieving [[Quality of service\|QoS]] for [[wireless network]].

Tony1: Script-assisted fixes: per MOS:NUM, MOS:CAPS, MOS:LINK

2017-10-12T09:31:09Z

Script-assisted fixes: per MOS:NUM, MOS:CAPS, MOS:LINK

← Previous revision		Revision as of 09:31, 12 October 2017
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			{{Use dmy dates\|date=October 2017}}
	{{orphan\|date=March 2010}}		{{orphan\|date=March 2010}}

	'''~~CLIASM''' known as~~ Cross ~~Layer Interaction~~ and ~~Service~~ ~~Mapping~~ ~~which~~ was designed for achieving [[Quality of service\|QoS]] for [[~~Wireless~~ network~~\|Wireless Networks~~]].		'''Cross-layer interaction and service mapping''' ('''CLIASM''') was designed for achieving [[Quality of service\|QoS]] for [[wireless network]].

	P. Venkata Krishna et al., proposed a cross layer QoS model called CLIASM for [[MANET]]. This model proposes a back and forth flow mechanism for sharing information. A ~~Shared~~ database is being utilized to enable layers share information though each layer is performing different function. Between two layers two interfaces are created to enable [[Information flow\|flow of information]] on both sides. The model is implemented based on the division of network features according to layers as [[~~Application~~ ~~Layer~~]] ~~Metrics~~ (ALM), [[~~Transport~~ ~~Layer~~]] ~~Metrics~~ (TLM), [[~~Network~~ ~~Layer~~]] ~~Metrics~~ (NLM) and [[MAC layer~~\|MAC Layer]~~] ~~Metrics~~ (MLM). But in deploying several cross-layering approaches, one has to keep in mind the possibilities of occurrence of unintended interactions and side effects. Conflicting interactions may create stability problems and result performance degradation.<ref>Networksportal.acm.org/citation.cfm?id=1346607</ref><ref>Venkata Krishna and S. N. Iyengar “A cross layer based QoS model for wireless and Mobile Adhoc ~~Networks”~~ Networks Journal Of Mobile Communication, Vol. 1(4), pp. 114–120, 2007</ref><ref>P.Venkata Krishna, N.Ch.S.N.Iyengar and Sudip Misra, "An Efficient Hash Table Node Identification Method For Bandwidth Reservation In Hybrid Cellular And Ad Hock " Computer Communications (Elsevier) 31, No. 4,~~722-733~~, March 2008</ref><ref>RL Priya, A Study on QoS Issues for Mobile Ad Hoc Networks</ref><ref>portal.acm.org/citation.cfm?id=1656040</ref>		P. Venkata Krishna et al., proposed a cross-layer QoS model called CLIASM for [[MANET]]. This model proposes a back and forth flow mechanism for sharing information. A shared database is being utilized to enable layers share information though each layer is performing different function. Between two layers two interfaces are created to enable [[Information flow\|flow of information]] on both sides. The model is implemented based on the division of network features according to layers as [[application layer]] metrics (ALM), [[transport layer]] metrics (TLM), [[network layer]] metrics (NLM) and [[MAC layer] metrics (MLM). But in deploying several cross-layering approaches, one has to keep in mind the possibilities of occurrence of unintended interactions and side effects. Conflicting interactions may create stability problems and result performance degradation.<ref>Networksportal.acm.org/citation.cfm?id=1346607</ref><ref>Venkata Krishna and S. N. Iyengar "A cross layer based QoS model for wireless and Mobile Adhoc Networks" Networks Journal of Mobile Communication, Vol. 1(4), pp. 114–120, 2007</ref><ref>P.Venkata Krishna, N.Ch.S.N.Iyengar and Sudip Misra, "An Efficient Hash Table Node Identification Method For Bandwidth Reservation in Hybrid Cellular And Ad Hock " Computer Communications (Elsevier) 31, No. 4,722–733, March 2008</ref><ref>RL Priya, A Study on QoS Issues for Mobile Ad Hoc Networks</ref><ref>portal.acm.org/citation.cfm?id=1656040</ref>

	== References ==		== References ==

Tony1: Tony1 moved page Cross-layer interaction and dervice mapping to Cross-layer interaction and service mapping

2017-10-12T09:28:33Z

Tony1 moved page Cross-layer interaction and dervice mapping to Cross-layer interaction and service mapping

← Previous revision		Revision as of 09:28, 12 October 2017
(No difference)

Tony1: Tony1 moved page Cross Layer Interaction and Service Mapping to Cross-layer interaction and dervice mapping

2017-10-12T09:28:22Z

Tony1 moved page Cross Layer Interaction and Service Mapping to Cross-layer interaction and dervice mapping

← Previous revision		Revision as of 09:28, 12 October 2017
(No difference)

Lesser Cartographies: "ad-hoc" -> "ad hoc"

2013-08-13T01:38:49Z

"ad-hoc" -> "ad hoc"

← Previous revision		Revision as of 01:38, 13 August 2013
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	'''CLIASM''' known as Cross Layer Interaction and Service Mapping which was designed for achieving [[Quality of service\|QoS]] for [[Wireless network\|Wireless Networks]].		'''CLIASM''' known as Cross Layer Interaction and Service Mapping which was designed for achieving [[Quality of service\|QoS]] for [[Wireless network\|Wireless Networks]].

	P. Venkata Krishna et al., proposed a cross layer QoS model called CLIASM for [[MANET]]. This model proposes a back and forth flow mechanism for sharing information. A Shared database is being utilized to enable layers share information though each layer is performing different function. Between two layers two interfaces are created to enable [[Information flow\|flow of information]] on both sides. The model is implemented based on the division of network features according to layers as [[Application Layer]] Metrics (ALM), [[Transport Layer]] Metrics (TLM), [[Network Layer]] Metrics (NLM) and [[MAC layer\|MAC Layer]] Metrics (MLM). But in deploying several cross-layering approaches, one has to keep in mind the possibilities of occurrence of unintended interactions and side effects. Conflicting interactions may create stability problems and result performance degradation.<ref>Networksportal.acm.org/citation.cfm?id=1346607</ref><ref>Venkata Krishna and S. N. Iyengar “A cross layer based QoS model for wireless and Mobile Adhoc Networks” Networks Journal Of Mobile Communication, Vol. 1(4), pp. 114–120, 2007</ref><ref>P.Venkata Krishna, N.Ch.S.N.Iyengar and Sudip Misra, "An Efficient Hash Table Node Identification Method For Bandwidth Reservation In Hybrid Cellular And Ad Hock " Computer Communications (Elsevier) 31, No. 4,722-733, March 2008</ref><ref>RL Priya, A Study on QoS Issues for Mobile Ad~~-hoc~~ Networks</ref><ref>portal.acm.org/citation.cfm?id=1656040</ref>		P. Venkata Krishna et al., proposed a cross layer QoS model called CLIASM for [[MANET]]. This model proposes a back and forth flow mechanism for sharing information. A Shared database is being utilized to enable layers share information though each layer is performing different function. Between two layers two interfaces are created to enable [[Information flow\|flow of information]] on both sides. The model is implemented based on the division of network features according to layers as [[Application Layer]] Metrics (ALM), [[Transport Layer]] Metrics (TLM), [[Network Layer]] Metrics (NLM) and [[MAC layer\|MAC Layer]] Metrics (MLM). But in deploying several cross-layering approaches, one has to keep in mind the possibilities of occurrence of unintended interactions and side effects. Conflicting interactions may create stability problems and result performance degradation.<ref>Networksportal.acm.org/citation.cfm?id=1346607</ref><ref>Venkata Krishna and S. N. Iyengar “A cross layer based QoS model for wireless and Mobile Adhoc Networks” Networks Journal Of Mobile Communication, Vol. 1(4), pp. 114–120, 2007</ref><ref>P.Venkata Krishna, N.Ch.S.N.Iyengar and Sudip Misra, "An Efficient Hash Table Node Identification Method For Bandwidth Reservation In Hybrid Cellular And Ad Hock " Computer Communications (Elsevier) 31, No. 4,722-733, March 2008</ref><ref>RL Priya, A Study on QoS Issues for Mobile Ad Hoc Networks</ref><ref>portal.acm.org/citation.cfm?id=1656040</ref>

	== References ==		== References ==

Yobot: WP:CHECKWIKI error fixes + genfixes using AWB (7441)

2010-11-30T01:37:36Z

WP:CHECKWIKI error fixes + genfixes using AWB (7441)

← Previous revision		Revision as of 01:37, 30 November 2010
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	{{~~Article issues\|~~orphan =March 2010}}		{{orphan\|date=March 2010}}

	'''CLIASM''' known as Cross Layer Interaction and Service Mapping which was designed for achieving [[Quality of service\|QoS]] for [[Wireless network\|Wireless Networks]].		'''CLIASM''' known as Cross Layer Interaction and Service Mapping which was designed for achieving [[Quality of service\|QoS]] for [[Wireless network\|Wireless Networks]].
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	{{Reflist}}		{{Reflist}}

			{{DEFAULTSORT:Cross Layer Interaction And Service Mapping}}
	[[Category:Network performance]]		[[Category:Network performance]]

Shadowjams: moved CLIASM to Cross Layer Interaction and Service Mapping: Full name

2010-04-27T10:12:14Z

moved CLIASM to Cross Layer Interaction and Service Mapping: Full name

← Previous revision		Revision as of 10:12, 27 April 2010
(No difference)

Yobot: Auto-tagging, removed wikify tag using AWB

2010-04-12T04:28:28Z

Auto-tagging, removed wikify tag using AWB

← Previous revision		Revision as of 04:28, 12 April 2010
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	{{Article issues~~\|wikify =March 2010~~\|orphan =March 2010}}		{{Article issues\|orphan =March 2010}}

	'''CLIASM''' known as Cross Layer Interaction and Service Mapping which was designed for achieving [[Quality of service\|QoS]] for [[Wireless network\|Wireless Networks]].		'''CLIASM''' known as Cross Layer Interaction and Service Mapping which was designed for achieving [[Quality of service\|QoS]] for [[Wireless network\|Wireless Networks]].

← Previous revision		Revision as of 06:50, 3 October 2018
Line 1:		Line 1:
	{{Use dmy dates\|date=October 2017}}		{{Use dmy dates\|date=October 2017}}
	{{orphan\|date=March 2010}}

	'''Cross-layer interaction and service mapping''' ('''CLIASM''') was designed for achieving [[Quality of service\|QoS]] for [[wireless network]].		'''Cross-layer interaction and service mapping''' ('''CLIASM''') was designed for achieving [[Quality of service\|QoS]] for [[wireless network]].

← Previous revision		Revision as of 09:31, 12 October 2017
Line 1:		Line 1:
			{{Use dmy dates\|date=October 2017}}
	{{orphan\|date=March 2010}}		{{orphan\|date=March 2010}}

	'''~~CLIASM''' known as~~ Cross ~~Layer Interaction~~ and ~~Service~~ ~~Mapping~~ ~~which~~ was designed for achieving [[Quality of service\|QoS]] for [[~~Wireless~~ network~~\|Wireless Networks~~]].		'''Cross-layer interaction and service mapping''' ('''CLIASM''') was designed for achieving [[Quality of service\|QoS]] for [[wireless network]].

	P. Venkata Krishna et al., proposed a cross layer QoS model called CLIASM for [[MANET]]. This model proposes a back and forth flow mechanism for sharing information. A ~~Shared~~ database is being utilized to enable layers share information though each layer is performing different function. Between two layers two interfaces are created to enable [[Information flow\|flow of information]] on both sides. The model is implemented based on the division of network features according to layers as [[~~Application~~ ~~Layer~~]] ~~Metrics~~ (ALM), [[~~Transport~~ ~~Layer~~]] ~~Metrics~~ (TLM), [[~~Network~~ ~~Layer~~]] ~~Metrics~~ (NLM) and [[MAC layer~~\|MAC Layer]~~] ~~Metrics~~ (MLM). But in deploying several cross-layering approaches, one has to keep in mind the possibilities of occurrence of unintended interactions and side effects. Conflicting interactions may create stability problems and result performance degradation.<ref>Networksportal.acm.org/citation.cfm?id=1346607</ref><ref>Venkata Krishna and S. N. Iyengar “A cross layer based QoS model for wireless and Mobile Adhoc ~~Networks”~~ Networks Journal Of Mobile Communication, Vol. 1(4), pp. 114–120, 2007</ref><ref>P.Venkata Krishna, N.Ch.S.N.Iyengar and Sudip Misra, "An Efficient Hash Table Node Identification Method For Bandwidth Reservation In Hybrid Cellular And Ad Hock " Computer Communications (Elsevier) 31, No. 4,~~722-733~~, March 2008</ref><ref>RL Priya, A Study on QoS Issues for Mobile Ad Hoc Networks</ref><ref>portal.acm.org/citation.cfm?id=1656040</ref>		P. Venkata Krishna et al., proposed a cross-layer QoS model called CLIASM for [[MANET]]. This model proposes a back and forth flow mechanism for sharing information. A shared database is being utilized to enable layers share information though each layer is performing different function. Between two layers two interfaces are created to enable [[Information flow\|flow of information]] on both sides. The model is implemented based on the division of network features according to layers as [[application layer]] metrics (ALM), [[transport layer]] metrics (TLM), [[network layer]] metrics (NLM) and [[MAC layer] metrics (MLM). But in deploying several cross-layering approaches, one has to keep in mind the possibilities of occurrence of unintended interactions and side effects. Conflicting interactions may create stability problems and result performance degradation.<ref>Networksportal.acm.org/citation.cfm?id=1346607</ref><ref>Venkata Krishna and S. N. Iyengar "A cross layer based QoS model for wireless and Mobile Adhoc Networks" Networks Journal of Mobile Communication, Vol. 1(4), pp. 114–120, 2007</ref><ref>P.Venkata Krishna, N.Ch.S.N.Iyengar and Sudip Misra, "An Efficient Hash Table Node Identification Method For Bandwidth Reservation in Hybrid Cellular And Ad Hock " Computer Communications (Elsevier) 31, No. 4,722–733, March 2008</ref><ref>RL Priya, A Study on QoS Issues for Mobile Ad Hoc Networks</ref><ref>portal.acm.org/citation.cfm?id=1656040</ref>

	== References ==		== References ==