Dynamic bandwidth allocation: Difference between revisions

Revision as of 20:03, 18 January 2022

Revision as of 17:46, 7 May 2022

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Dynamic bandwidth allocation takes advantage of several attributes of shared networks:

(1) all users are typically not connected to the network at one time

(2)# even when connected,all users are typically not transmittingconnected datato (orthe voice or video)network at allone timestime

# even when connected, users are not transmitting data (or voice or video) at all times

(3)# most traffic occurs in bursts—there are gaps between packets of information that can be filled with other user traffic

Different network protocols implement dynamic bandwidth allocation in different ways. These methods are typically defined in [[Standardization|standard]]s developed by standards bodies such as the [[ITU]], [[IEEE]], [[FSAN]], or [[IETF]]. One example is defined in the ITU G.983 specification for [[passive optical network]] (PON).

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* [[Statistical multiplexing]]

* [[Channel access method]]

* [[Reservation ALOHA]] (R-ALOHA)

* [[Dynamic channel allocation]]

* [[Reservation ALOHA]] (R-ALOHA)

==External links==

*[https://instasave.website/ Instasave Website]

{{Channel access methods}}