DART - Dynamic Address Routing: Difference between revisions
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The DART-Project was created by Jakob Eriksson, Michalis Faloutsos and Srikanth Krishnamurthy from the University of California, Riverside. Its former name was PeerNet. |
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= Motivation = |
= Motivation = |
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How large can an ad-hoc network be? Current ad hoc routing architectures do not scale well and work inefficiently in networks of more than a few hundred nodes. Those routing protocols use static addressing which leads to a massive overhead problem in mobile networks as the number of nodes grows. The main idea behind DART is to seperate node's adress and identity. Using dynamic addressing and appropriate routing, DART is a promising approach for achieving scalable routing in large ad hoc networks. |
How large can an ad-hoc network be? Current ad hoc routing architectures do not scale well and work inefficiently in networks of more than a few hundred nodes. Those routing protocols use static addressing which leads to a massive overhead problem in mobile networks as the number of nodes grows. The main idea behind DART is to seperate node's adress and identity. Using dynamic addressing and appropriate routing, DART is a promising approach for achieving scalable routing in large ad hoc networks. |
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Revision as of 21:42, 5 August 2007
The DART-Project was created by Jakob Eriksson, Michalis Faloutsos and Srikanth Krishnamurthy from the University of California, Riverside. Its former name was PeerNet.
Motivation
How large can an ad-hoc network be? Current ad hoc routing architectures do not scale well and work inefficiently in networks of more than a few hundred nodes. Those routing protocols use static addressing which leads to a massive overhead problem in mobile networks as the number of nodes grows. The main idea behind DART is to seperate node's adress and identity. Using dynamic addressing and appropriate routing, DART is a promising approach for achieving scalable routing in large ad hoc networks.