SAR05 - Revision history

141.20.192.167: /* Themenkomplex 6: Traffic Pattern */

2005-07-12T11:54:42Z

Themenkomplex 6: Traffic Pattern

← Older revision		Revision as of 11:54, 12 July 2005
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	*Eigentlich eine interessante Thematik: A comparison of TCP performance over three routing protocols for mobile ad hoc networks (2001) [http://portal.acm.org/citation.cfm?id=501425&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]. Das Problem ist das hierbei verwendete triviale "Traffic Pattern":		*Eigentlich eine interessante Thematik: A comparison of TCP performance over three routing protocols for mobile ad hoc networks (2001) [http://portal.acm.org/citation.cfm?id=501425&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]. Das Problem ist das hierbei verwendete triviale "Traffic Pattern":
	**"We simulated the steady-state conditions of a network with various background traffic loads generated by 10 and 40 constant bit rate (CBR) connections. The CBR packet sizes were fixed at 512 bytes. After a warm-up time of 100 seconds, one or more TCP connections were established over each of which an FTP file transfer was conducted for 900 seconds. The TCP packet size was 1460 bytes, and the maximum size of both the send and receive windows was 8. Since routing protocol performance is sensitive to movement patterns, 50 different mobility patterns (scenarios) were generated."		**"We simulated the steady-state conditions of a network with various background traffic loads generated by 10 and 40 constant bit rate (CBR) connections. The CBR packet sizes were fixed at 512 bytes. After a warm-up time of 100 seconds, one or more TCP connections were established over each of which an FTP file transfer was conducted for 900 seconds. The TCP packet size was 1460 bytes, and the maximum size of both the send and receive windows was 8. Since routing protocol performance is sensitive to movement patterns, 50 different mobility patterns (scenarios) were generated."

			*Automatically Inferring Patterns of Resource Consumption in Network Traffic [http://citeseer.ist.psu.edu/622665.html]
			**the authors present AutoFocus, a tool to " ... automatically group traffic into minimal clusters of conspicuous consumption."
			**mainly for Network Admins, but also a way to approch "traffic patterns"

	== For Your Information ==		== For Your Information ==

Dirkneukirchen: /* Termine */

2005-06-27T22:38:54Z

Termine

← Older revision		Revision as of 22:38, 27 June 2005
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	* 14.06. J. Müller: Nsclick - Integration von NS2 und Click		* 14.06. J. Müller: Nsclick - Integration von NS2 und Click
	* 21.06. M. Stigge: Performance impact of traffic patterns on routing.		* 21.06. M. Stigge: Performance impact of traffic patterns on routing.
	* 28.06. D. Neukirchen: Security Problems in Routing ... [Image::Vortrag.secure.routing.pdf]		* 28.06. D. Neukirchen: Security Problems in Routing ... [[Image:Vortrag.secure.routing.pdf\|\|slides]]
	* 05.07. G. Furche: Network Deformantion		* 05.07. G. Furche: Network Deformantion
	* 12.07. A. Zubow: Multi-Channel Routing (60 Min); T. Daenicke: Abschlussbericht zur Studienarbeit (30 Min)		* 12.07. A. Zubow: Multi-Channel Routing (60 Min); T. Daenicke: Abschlussbericht zur Studienarbeit (30 Min)

Dirkneukirchen: /* Termine */

2005-06-27T22:37:56Z

Termine

← Older revision		Revision as of 22:37, 27 June 2005
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	* 14.06. J. Müller: Nsclick - Integration von NS2 und Click		* 14.06. J. Müller: Nsclick - Integration von NS2 und Click
	* 21.06. M. Stigge: Performance impact of traffic patterns on routing.		* 21.06. M. Stigge: Performance impact of traffic patterns on routing.
	* 28.06. D. Neukirchen: Security Problems in Routing ...		* 28.06. D. Neukirchen: Security Problems in Routing ... [Image::Vortrag.secure.routing.pdf]
	* 05.07. G. Furche: Network Deformantion		* 05.07. G. Furche: Network Deformantion
	* 12.07. A. Zubow: Multi-Channel Routing (60 Min); T. Daenicke: Abschlussbericht zur Studienarbeit (30 Min)		* 12.07. A. Zubow: Multi-Channel Routing (60 Min); T. Daenicke: Abschlussbericht zur Studienarbeit (30 Min)

192.168.3.56 at 05:50, 1 June 2005

2005-06-01T05:50:29Z

← Older revision		Revision as of 05:50, 1 June 2005
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	* 10.05. R. Sperling: Verteidigungsvortrag zur Studienarbeit; Nachbereitung des Themas vom 3.5.		* 10.05. R. Sperling: Verteidigungsvortrag zur Studienarbeit; Nachbereitung des Themas vom 3.5.
	* 17.05. A. Zubow und J. Mueller: Bericht ueber die Implementationsarbeiten zum BRN		* 17.05. A. Zubow und J. Mueller: Bericht ueber die Implementationsarbeiten zum BRN
			* 24.05. P. Reinecke: VPN für das Berlin Roof Net
	* 31.05. T. Daenicke: Sicherheit in selbst-organisierenden Netzen (z.B. PAN)		* 31.05. T. Daenicke: Sicherheit in selbst-organisierenden Netzen (z.B. PAN)
	* 07.06. B. Wiedemann: Bericht über den Stand der Diplomarbeit (Softwareverteilungsplattform für Berlin Roof Net)		* 07.06. B. Wiedemann: Bericht über den Stand der Diplomarbeit (Softwareverteilungsplattform für Berlin Roof Net)

192.168.3.56 at 05:49, 1 June 2005

2005-06-01T05:49:38Z

← Older revision		Revision as of 05:49, 1 June 2005
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	== Termine ==		== Termine ==
	* 26.04. ~~Herr~~ Neukirchen: Hyacinth		* 26.04. D. Neukirchen: Hyacinth
	* 03.05. ~~Herr~~ Stigge und ~~Herr~~ Furche: Multi-Channel Networks : Mesh-Networks with Multi-Interface nodes		* 03.05. M. Stigge und G. Furche: Multi-Channel Networks : Mesh-Networks with Multi-Interface nodes
	* 10.05. ~~Herr~~ Sperling: Verteidigungsvortrag zur Studienarbeit; Nachbereitung des Themas vom 3.5.		* 10.05. R. Sperling: Verteidigungsvortrag zur Studienarbeit; Nachbereitung des Themas vom 3.5.
	* 17.05. ~~Herr~~ Zubow und ~~Herr~~ J. Mueller: Bericht ueber die Implementationsarbeiten zum BRN		* 17.05. A. Zubow und J. Mueller: Bericht ueber die Implementationsarbeiten zum BRN
	* 24.05. ~~Herr~~ Daenicke: Sicherheit in selbst-organisierenden Netzen (z.B. PAN)		* 31.05. T. Daenicke: Sicherheit in selbst-organisierenden Netzen (z.B. PAN)
			* 07.06. B. Wiedemann: Bericht über den Stand der Diplomarbeit (Softwareverteilungsplattform für Berlin Roof Net)
			* 14.06. J. Müller: Nsclick - Integration von NS2 und Click
			* 21.06. M. Stigge: Performance impact of traffic patterns on routing.
			* 28.06. D. Neukirchen: Security Problems in Routing ...
			* 05.07. G. Furche: Network Deformantion
			* 12.07. A. Zubow: Multi-Channel Routing (60 Min); T. Daenicke: Abschlussbericht zur Studienarbeit (30 Min)

	= Berlin Roof Net Themen =		= Berlin Roof Net Themen =

192.168.3.56 at 10:18, 31 May 2005

2005-05-31T10:18:28Z

← Older revision		Revision as of 10:18, 31 May 2005
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	* 03.05. Herr Stigge und Herr Furche: Multi-Channel Networks : Mesh-Networks with Multi-Interface nodes		* 03.05. Herr Stigge und Herr Furche: Multi-Channel Networks : Mesh-Networks with Multi-Interface nodes
	* 10.05. Herr Sperling: Verteidigungsvortrag zur Studienarbeit; Nachbereitung des Themas vom 3.5.		* 10.05. Herr Sperling: Verteidigungsvortrag zur Studienarbeit; Nachbereitung des Themas vom 3.5.
	* 17.05. Herr Zubow und Herr J. Mueller: Bericht ueber die ~~Implementationsarkeiten~~ zum BRN		* 17.05. Herr Zubow und Herr J. Mueller: Bericht ueber die Implementationsarbeiten zum BRN
	* 24.05. Herr Daenicke: Sicherheit in selbst-organisierenden Netzen (z.B. PAN)		* 24.05. Herr Daenicke: Sicherheit in selbst-organisierenden Netzen (z.B. PAN)

Dirkneukirchen: /* Brainstorming Teil 2 */

2005-05-24T12:12:19Z

Brainstorming Teil 2

← Older revision		Revision as of 12:12, 24 May 2005
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	* http://www.nokia.com/library/files/docs/Trust_Evaluation_Based_Security_Solution_in_Ad_Hoc_Networks.pdf		* http://www.nokia.com/library/files/docs/Trust_Evaluation_Based_Security_Solution_in_Ad_Hoc_Networks.pdf

			* [http://www.monarch.cs.rice.edu/monarch-papers/wise03.pdf Rushing Attacks and Defense in Wireless Ad Hoc Network Routing Protocols]

	== Themenkomplex 6: Traffic Pattern ==		== Themenkomplex 6: Traffic Pattern ==

Zubow: /* Themenkomplex 6: Traffic Pattern */

2005-05-19T08:32:32Z

Themenkomplex 6: Traffic Pattern

← Older revision		Revision as of 08:32, 19 May 2005
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	*Im Zusammenhang mit VoIP: Study of delay patterns of weighted voice traffic of end-to-end users on the VoIP network (2002) [http://portal.acm.org/citation.cfm?id=568414&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]		*Im Zusammenhang mit VoIP: Study of delay patterns of weighted voice traffic of end-to-end users on the VoIP network (2002) [http://portal.acm.org/citation.cfm?id=568414&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]
	**"In this paper we study delay patterns of weighted voice traffic of end-to-end users on the Voice over Internet Protocol (VoIP) network. We compare the delay performance of voice traffic which varies with queue management techniques [...]"		**"In this paper we study delay patterns of weighted voice traffic of end-to-end users on the Voice over Internet Protocol (VoIP) network. We compare the delay performance of voice traffic which varies with queue management techniques [...]"

			*Eigentlich eine interessante Thematik: A comparison of TCP performance over three routing protocols for mobile ad hoc networks (2001) [http://portal.acm.org/citation.cfm?id=501425&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]. Das Problem ist das hierbei verwendete triviale "Traffic Pattern":
			**"We simulated the steady-state conditions of a network with various background traffic loads generated by 10 and 40 constant bit rate (CBR) connections. The CBR packet sizes were fixed at 512 bytes. After a warm-up time of 100 seconds, one or more TCP connections were established over each of which an FTP file transfer was conducted for 900 seconds. The TCP packet size was 1460 bytes, and the maximum size of both the send and receive windows was 8. Since routing protocol performance is sensitive to movement patterns, 50 different mobility patterns (scenarios) were generated."

	== For Your Information ==		== For Your Information ==

Zubow: /* Themenkomplex 6: Traffic Pattern */

2005-05-19T08:24:58Z

Themenkomplex 6: Traffic Pattern

← Older revision		Revision as of 08:24, 19 May 2005
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	== Themenkomplex 6: Traffic Pattern ==		== Themenkomplex 6: Traffic Pattern ==

	The performance impact of traffic patterns on routing protocols in mobile ad hoc networks (2004) [http://portal.acm.org/citation.cfm?id=1023702&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]		*The performance impact of traffic patterns on routing protocols in mobile ad hoc networks (2004) [http://portal.acm.org/citation.cfm?id=1023702&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]
	*"These results motivate the need for performance evaluation of MANETs to not only include rich and diverse mobility models as has been done in the past but also include diverse traffic patterns that stress a wide set of protocol design issues."		**"These results motivate the need for performance evaluation of MANETs to not only include rich and diverse mobility models as has been done in the past but also include diverse traffic patterns that stress a wide set of protocol design issues."
		⚫	**Aber auch dieses Modell eines "Traffic Patterns" ist extrem simpel: "Number of connections per traffic source (X): The number of connections per traffic source is varied to model the simultaneous connections per node in many potential applications in MANETs."

		⚫	*Im Zusammenhang mit VoIP: Study of delay patterns of weighted voice traffic of end-to-end users on the VoIP network (2002) [http://portal.acm.org/citation.cfm?id=568414&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]
	Aber auch dieses Modell eines "Traffic Patterns" ist extrem simpel:
		⚫	**"In this paper we study delay patterns of weighted voice traffic of end-to-end users on the Voice over Internet Protocol (VoIP) network. We compare the delay performance of voice traffic which varies with queue management techniques [...]"
⚫	*"Number of connections per traffic source (X): The number of connections per traffic source is varied to model the simultaneous connections per node in many potential applications in MANETs."

⚫	Im Zusammenhang mit VoIP: [http://portal.acm.org/citation.cfm?id=568414&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]
⚫	*"In this paper we study delay patterns of weighted voice traffic of end-to-end users on the Voice over Internet Protocol (VoIP) network. We
	compare the delay performance of voice traffic which varies with queue management techniques [...]"

	== For Your Information ==		== For Your Information ==

Zubow: /* Themenkomplex 6: Traffic Pattern */

2005-05-19T08:21:43Z

Themenkomplex 6: Traffic Pattern

← Older revision		Revision as of 08:21, 19 May 2005
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	Aber auch dieses Modell eines "Traffic Patterns" ist extrem simpel:		Aber auch dieses Modell eines "Traffic Patterns" ist extrem simpel:
	*"Number of connections per traffic source (X): The number of connections per traffic source is varied to model the simultaneous connections per node in many potential applications in MANETs."		*"Number of connections per traffic source (X): The number of connections per traffic source is varied to model the simultaneous connections per node in many potential applications in MANETs."

			Im Zusammenhang mit VoIP: [http://portal.acm.org/citation.cfm?id=568414&coll=Portal&dl=ACM&CFID=45379374&CFTOKEN=99502037]
			*"In this paper we study delay patterns of weighted voice traffic of end-to-end users on the Voice over Internet Protocol (VoIP) network. We
			compare the delay performance of voice traffic which varies with queue management techniques [...]"

	== For Your Information ==		== For Your Information ==