ExOR - Extremely Opportunistic Routing: Difference between revisions

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In generell the the greatest benefit out of ExOR is its ability to skip intermediate hops.
In generell the the greatest benefit out of ExOR is its ability to skip intermediate hops.


{| style="float:left; background:transparent; padding:0px; margin:0px;"
|- valign="top"
|[Image:transmissions.jpg|thumb|left|300px|Number of Transmissions per node pair]
|[Image:distribution.jpg|thumb|right|300px|Number of used nodes in correlation with distance]
|{subst:Absatz-L}}


[[Image:transmissions.jpg|thumb|left|300px|Number of Transmissions per node pair]]
[[Image:distribution.jpg|thumb|right|300px|Number of used nodes in correlation with distance]]


The first graphic shows how ExOR reduces the number of Transmissions in a network.


The first graphic shows how ExOR reduces the number of Transmissions in a network.
{{subst:Absatz-L}}


= Problems =
= Problems =

Revision as of 11:35, 23 July 2007

Description

Extremely Opportunistic Routing is a Routing algorithm that takes advantage of the characteristics of wireless networks. Therefor ExOR determines the path as the packet moves through the network instead of choosing a single route ahead of time.

Implementation

Performance

In comparison to many well-known Routing - algorithms like OSPF,DSR,AODV Opportunistic routing generally performs better than the a margin of 55%. Depending on how large the network is there are improvements of up to 65%. In generell the the greatest benefit out of ExOR is its ability to skip intermediate hops.

thumb|left|300px|Number of Transmissions per node pair] thumb|right|300px|Number of used nodes in correlation with distance] {subst:Absatz-L}}


The first graphic shows how ExOR reduces the number of Transmissions in a network.

Problems

See also

External Links

hotnets-exor

Multi-Channel-Opportunistic Routing

SAR HU ExOR Solutions