Berbagai QoS di WiMAX - Revision history

Onnowpurbo at 05:42, 10 August 2009

2009-08-10T05:42:49Z

← Older revision		Revision as of 05:42, 10 August 2009
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	\|[[Extended Real-time Polling Service]]\|\|[[ertPS]]\|\|Layanan aliran data [[Real-time]] yang menggunakan panjang paket yang bervariasi secara periodik \|\|[[VoIP]]		\|[[Extended Real-time Polling Service]]\|\|[[ertPS]]\|\|Layanan aliran data [[Real-time]] yang menggunakan panjang paket yang bervariasi secara periodik \|\|[[VoIP]]
	\|-		\|-
	\|[[Real-time Polling Service]]\|\|[[rtPS]]\|\|Aliran data [[Real-time]] dengan panjang paket yang bervariasi yang dikirim dalam interval yang periodik\|\|MPEG ~~Video~~		\|[[Real-time Polling Service]]\|\|[[rtPS]]\|\|Aliran data [[Real-time]] dengan panjang paket yang bervariasi yang dikirim dalam interval yang periodik\|\|[[Video]] [[MPEG]]
	\|-		\|-
	\|\|[[Non-real-time Polling Service]]\|\|[[nrtPS]]\|\|~~Delay-tolerant~~ data ~~streams comprising variable-sized~~ data ~~packets for which a~~ minimum ~~data rate is required~~\|\|FTP ~~with guaranteed~~ minimum ~~throughput~~		\|\|[[Non-real-time Polling Service]]\|\|[[nrtPS]]\|\|Aliran data yang bertoleransi terhadap delay yang berisi paket data dengan panjang yang bervariasi dengan kecepatan data minimum\|\|FTP dengan throughput minimum
	\|-		\|-
	\|[[Best Effort]]\|\|[[BE]]\|\|~~Data streams for which no~~ minimum ~~service level is required and therefore may be handled on a space-available basis~~\|\|[[HTTP]]		\|[[Best Effort]]\|\|[[BE]]\|\|Aliran data tanpa tingkat layanan data minimum yang oleh karenanya di tangani berdasarkan pada ketersediaan [[bandwidth]]\|\|[[HTTP]]
	\|}		\|}

	~~The~~ BS ~~and the~~ SS ~~use a service flow with an appropriate~~ QoS ~~class (plus other parameters~~, ~~such as~~ bandwidth ~~and~~ delay~~) to ensure that application~~ data ~~receives~~ QoS ~~treatment appropriate to the application~~.		[[BS]] dan [[SS]] menggunakan layanan aliran dengan kelas [[QoS]] tertentu, di tambah berbagai parameter, seperti [[bandwidth]] dan [[delay]], untuk memastikan bahwa aplikasi data menerima layanan [[QoS]] yang benar.

Onnowpurbo at 05:01, 10 August 2009

2009-08-10T05:01:14Z

← Older revision		Revision as of 05:01, 10 August 2009
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	\|[[Unsolicited Grant Service]]\|\| [[UGS]] \|\| Data stream Real-time yang berisi paket dengan panjang paket dan perioda interval yang tetap \|\|[[T1]]/[[E1]] transport		\|[[Unsolicited Grant Service]]\|\| [[UGS]] \|\| Data stream Real-time yang berisi paket dengan panjang paket dan perioda interval yang tetap \|\|[[T1]]/[[E1]] transport
	\|-		\|-
	\|[[Extended Real-time Polling Service]]\|\|[[ertPS]]\|\|Real-time ~~service flows that generate variable-sized data packets on a periodic basis~~ \|\|[[VoIP]]		\|[[Extended Real-time Polling Service]]\|\|[[ertPS]]\|\|Layanan aliran data [[Real-time]] yang menggunakan panjang paket yang bervariasi secara periodik \|\|[[VoIP]]
	\|-		\|-
	\|[[Real-time Polling Service]]\|\|[[rtPS]]\|\|Real-time ~~data streams comprising variable-sized data packets that are issued at periodic intervals~~\|\|MPEG Video		\|[[Real-time Polling Service]]\|\|[[rtPS]]\|\|Aliran data [[Real-time]] dengan panjang paket yang bervariasi yang dikirim dalam interval yang periodik\|\|MPEG Video
	\|-		\|-
	\|\|[[Non-real-time Polling Service]]\|\|[[nrtPS]]\|\|Delay-tolerant data streams comprising variable-sized data packets for which a minimum data rate is required\|\|FTP with guaranteed minimum throughput		\|\|[[Non-real-time Polling Service]]\|\|[[nrtPS]]\|\|Delay-tolerant data streams comprising variable-sized data packets for which a minimum data rate is required\|\|FTP with guaranteed minimum throughput

Onnowpurbo at 03:34, 10 August 2009

2009-08-10T03:34:45Z

← Older revision		Revision as of 03:34, 10 August 2009
Line 1:		Line 1:
	====QoS====		====QoS====
	QoS in 802.16e ~~is supported by allocating each connection between the~~ SS ~~and the~~ BS (~~called a ''~~service flow~~'' in~~ 802.16 ~~terminology~~) ~~to a specific ''~~QoS ~~class''~~. In 802.16e, ~~there are~~ 5 QoS ~~classes~~:		[[QoS]] di [[802.16e]] di dukung dengan cara mengalokasikan setiap sambungan antara [[SS]] dan [[BS]] (biasanya di kenal sebagai "service flow" di terminologi 802.16) pada "kelas [[QoS]]" yang spesifik. Di [[802.16e]], ada lima (5) kelas [[QoS]], yaitu:

	{\| border="1" cellpadding=2 style="border-collapse: collapse"		{\| border="1" cellpadding=2 style="border-collapse: collapse"
	\|+ 802.16e-2005 ~~QoS classes~~		\|+ Kelas [[QoS]] pada 802.16e-2005
	!Layanan		!Layanan
	!Singkatan		!Singkatan
Line 9:		Line 9:
	!Contoh Aplikasi		!Contoh Aplikasi
	\|-		\|-
	\|[[Unsolicited Grant Service]]\|\| [[UGS]] \|\| Real-time ~~data streams comprising fixed-size data packets issued at periodic intervals~~ \|\|T1/E1 transport		\|[[Unsolicited Grant Service]]\|\| [[UGS]] \|\| Data stream Real-time yang berisi paket dengan panjang paket dan perioda interval yang tetap \|\|[[T1]]/[[E1]] transport
	\|-		\|-
	\|[[Extended Real-time Polling Service]]\|\|[[ertPS]]\|\|Real-time service flows that generate variable-sized data packets on a periodic basis \|\|[[VoIP]]		\|[[Extended Real-time Polling Service]]\|\|[[ertPS]]\|\|Real-time service flows that generate variable-sized data packets on a periodic basis \|\|[[VoIP]]

Onnowpurbo at 03:30, 10 August 2009

2009-08-10T03:30:02Z

← Older revision		Revision as of 03:30, 10 August 2009
Line 2:		Line 2:
	QoS in 802.16e is supported by allocating each connection between the SS and the BS (called a ''service flow'' in 802.16 terminology) to a specific ''QoS class''. In 802.16e, there are 5 QoS classes:		QoS in 802.16e is supported by allocating each connection between the SS and the BS (called a ''service flow'' in 802.16 terminology) to a specific ''QoS class''. In 802.16e, there are 5 QoS classes:

	{\| ~~class~~="~~wikitable~~"		{\| border="1" cellpadding=2 style="border-collapse: collapse"
	\|+ 802.16e-2005 QoS classes		\|+ 802.16e-2005 QoS classes
	!~~Service~~		!Layanan
	!~~Abbrev~~		!Singkatan
	!~~Definition~~		!Definisi
	!~~Typical Applications~~		!Contoh Aplikasi
	\|-		\|-
	\|Unsolicited Grant Service\|\| UGS \|\| Real-time data streams comprising fixed-size data packets issued at periodic intervals \|\|T1/E1 transport		\|[[Unsolicited Grant Service]]\|\| [[UGS]] \|\| Real-time data streams comprising fixed-size data packets issued at periodic intervals \|\|T1/E1 transport
	\|-		\|-
	\|Extended Real-time Polling Service\|\|ertPS\|\|Real-time service flows that generate variable-sized data packets on a periodic basis \|\|VoIP		\|[[Extended Real-time Polling Service]]\|\|[[ertPS]]\|\|Real-time service flows that generate variable-sized data packets on a periodic basis \|\|[[VoIP]]
	\|-		\|-
	\|Real-time Polling Service\|\|rtPS\|\|Real-time data streams comprising variable-sized data packets that are issued at periodic intervals\|\|MPEG Video		\|[[Real-time Polling Service]]\|\|[[rtPS]]\|\|Real-time data streams comprising variable-sized data packets that are issued at periodic intervals\|\|MPEG Video
	\|-		\|-
	\|\|Non-real-time Polling Service\|\|nrtPS\|\|Delay-tolerant data streams comprising variable-sized data packets for which a minimum data rate is required\|\|FTP with guaranteed minimum throughput~~{{Fact\|date=October 2008}}~~		\|\|[[Non-real-time Polling Service]]\|\|[[nrtPS]]\|\|Delay-tolerant data streams comprising variable-sized data packets for which a minimum data rate is required\|\|FTP with guaranteed minimum throughput
	\|-		\|-
	\|Best Effort\|\|BE\|\|Data streams for which no minimum service level is required and therefore may be handled on a space-available basis\|\|HTTP		\|[[Best Effort]]\|\|[[BE]]\|\|Data streams for which no minimum service level is required and therefore may be handled on a space-available basis\|\|[[HTTP]]
	\|}		\|}

Onnowpurbo: New page: ====QoS==== QoS in 802.16e is supported by allocating each connection between the SS and the BS (called a ''service flow'' in 802.16 terminology) to a specific ''QoS class''. In 802.16e, ...

2009-08-10T03:16:37Z

New page: ====QoS==== QoS in 802.16e is supported by allocating each connection between the SS and the BS (called a ''service flow'' in 802.16 terminology) to a specific ''QoS class''. In 802.16e, ...

New page

====QoS====
QoS in 802.16e is supported by allocating each connection between the SS and the BS (called a ''service flow'' in 802.16 terminology) to a specific ''QoS class''. In 802.16e, there are 5 QoS classes:

{| class="wikitable"
|+ 802.16e-2005 QoS classes
!Service
!Abbrev
!Definition
!Typical Applications
|-
|Unsolicited Grant Service|| UGS || Real-time data streams comprising fixed-size data packets issued at periodic intervals ||T1/E1 transport
|-
|Extended Real-time Polling Service||ertPS||Real-time service flows that generate variable-sized data packets on a periodic basis ||VoIP
|-
|Real-time Polling Service||rtPS||Real-time data streams comprising variable-sized data packets that are issued at periodic intervals||MPEG Video
|-
||Non-real-time Polling Service||nrtPS||Delay-tolerant data streams comprising variable-sized data packets for which a minimum data rate is required||FTP with guaranteed minimum throughput{{Fact|date=October 2008}}
|-
|Best Effort||BE||Data streams for which no minimum service level is required and therefore may be handled on a space-available basis||HTTP
|}

The BS and the SS use a service flow with an appropriate QoS class (plus other parameters, such as bandwidth and delay) to ensure that application data receives QoS treatment appropriate to the application.

==Pranala Menarik==

* [[Beberapa Parameter & Istilah pada WiMAX]]
* [[Wireless Internet Berbasis WiMAX]]