https://www.infra-repository.org/oiar/index.php?title=GF.Load_Balancing&feed=atom&action=historyGF.Load Balancing - Revision history2024-03-29T15:07:21ZRevision history for this page on the wikiMediaWiki 1.40.0https://www.infra-repository.org/oiar/index.php?title=GF.Load_Balancing&diff=640&oldid=prevJan Schoonderbeek: new and improved description2013-04-15T19:09:09Z<p>new and improved description</p>
<p><b>New page</b></p><div>{{Maturity|3}}<br />
{{Pageheaderbox4GF<br />
|name=Load Balancing<br />
|WorkingArea=Network<br />
|version=0.3<br />
|owner=S.A.D. Jumelet<br />
|summary=The Load Balancing functionality accepts data en route, and intelligently directs it to travel to one of several destinations.<br />
}}<br />
The Load Balancing functionality (intelligently) accepts data en route, and intelligently directs it to travel to one of several destinations. In this way, timely arrival of the data at a suitable destination can be ensured.<br />
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This function can be used to increase a resources availability, scalability or both.<br />
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An important part of this function is the criterion that the function uses to choose the destination of a piece of data. Data can be distributed according to algorithms that<br />
* are entirely evaluated within the function, such as "round robin",<br />
* make use of information within, or accompanying the piece of data,<br />
* involve information or control signals from another system or an authorized person,<br />
* make use of status information from the possible destinations, such as availability or local load.<br />
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{{FunctionIcon<br />
|image=Icon GF Load Balancing.png<br />
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{{Text Footer GF}}</div>Jan Schoonderbeek