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Set Distributed Path by the Network Load in Mobile Ad-hoc Networks

초록

영어

Mobile Ad-hoc Network (MANET) consists of a node that has mobility. In MANET, node function as routing. So they build a network of their own, no infrastructure. Topology is exchanged due to node mobility in MANET. For reducing changed topology, hierarchical network algorithms are researched. However load-balancing of cluster head node is exceeded, assigned cluster member node can’t communicate other node. To solve this problem, we proposed Load Tolerance (L.T) algorithm for distributing routing. Proposed algorithm, when the cluster head node is measured overflow load balancing, cluster member node sends a message through distributed routing path by Load-Tolerance node. As a result, the proposed algorithm improves the packet delivery ratio in cluster routing

목차

Abstract
 1. Introduction
 2. Related Work
 3. System Model and Methods
  3.1. Set Load Tolerance node
  3.2. Set Distributed Routing Path
 4. Simulation and Result
 5. Conclusions
 References

저자정보

  • Dong-keun Oh Department of Computer Science Engineering, Interdisciplinary Program in Creative Engineering Korea University of Technology and Education Department of Computer Science Engineering, Korea University of Technology and Education Department of Computer Science Engineering, Interdisciplinary Program in Creative Engineering Korea University of Technology and Education
  • Young-jun Oh Department of Computer Science Engineering, Interdisciplinary Program in Creative Engineering Korea University of Technology and Education Department of Computer Science Engineering, Korea University of Technology and Education Department of Computer Science Engineering, Interdisciplinary Program in Creative Engineering Korea University of Technology and Education
  • Kang-whan Lee Department of Computer Science Engineering, Interdisciplinary Program in Creative Engineering Korea University of Technology and Education Department of Computer Science Engineering, Korea University of Technology and Education Department of Computer Science Engineering, Interdisciplinary Program in Creative Engineering Korea University of Technology and Education

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