Location independent compact routing for wireless networks | Zendy

Robert Gilbert | Zendy; K. Jeffrey Johnson | Zendy; S. Alice Wu | Zendy; Ben Y. Zhao | Zendy; Hai-Tao Zheng | Zendy

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Location independent compact routing for wireless networks

Author(s) -

Robert Gilbert,

K. Jeffrey Johnson,

S. Alice Wu,

Ben Y. Zhao,

Hai-Tao Zheng

Publication year - 2006

Publication title -

citeseer x (the pennsylvania state university)

Language(s) - English

Resource type - Conference proceedings

ISBN - 1-59593-558-4

DOI - 10.1145/1161252.1161267

Subject(s) - computer network , dynamic source routing , computer science , wireless routing protocol , link state routing protocol , zone routing protocol , routing protocol , static routing , distributed computing , optimized link state routing protocol , ad hoc on demand distance vector routing , destination sequenced distance vector routing , geographic routing , routing (electronic design automation)

While reactive routing protocols such as AODV operate efficiently for small ad hoc wireless networks, their O(N) perflow control overhead limits deployment on larger-scale networks. Deployment of compact routing protocols such as geographic routing have met with challenges. In this paper, we present Table Attenuation Routing Protocol (TARP), a protocol that combines compact per-node routing state with scalability to large networks. Preliminary evaluation shows that TARP performs similar to AODV in smaller networks and better in larger networks.

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