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A message ferrying approach for data delivery in sparse mobile ad hoc networks (2004)
| Venue: | In Proc. of ACM Mobihoc |
| Citations: | 498 - 14 self |
BibTeX
@INPROCEEDINGS{Zhao04amessage,
author = {Wenrui Zhao and Mostafa Ammar and Ellen Zegura},
title = {A message ferrying approach for data delivery in sparse mobile ad hoc networks},
booktitle = {In Proc. of ACM Mobihoc},
year = {2004}
}
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Abstract
Mobile Ad Hoc Networks (MANETs) provide rapidly deployable and self-configuring network capacity required in many critical applications, e.g., battlefields, disaster relief and wide area sensing. In this paper we study the problem of efficient data delivery in sparse MANETs where network partitions can last for a significant period. Previous approaches rely on the use of either long range communication which leads to rapid draining of nodes ’ limited batteries, or existing node mobility which results in low data delivery rates and large delays. In this paper, we describe a Message Ferrying (MF) approach to address the problem. MF is a mobility-assisted approach which utilizes a set of special mobile nodes called message ferries (or ferries for short) to provide communication service for nodes in the deployment area. The main idea behind the MF approach is to introduce non-randomness in the movement of nodes and exploit such non-randomness to help deliver data. We study two variations of MF, depending on whether ferries or nodes initiate proactive movement. The MF design exploits mobility to improve data delivery performance and reduce energy consumption in nodes. We evaluate the performance of MF via extensive ns simulations which confirm the MF approach is efficient in both data delivery and energy consumption under a variety of network conditions.
Keyphrases
data delivery sparse mobile ad hoc network mf approach energy consumption mobile ad hoc network mobility-assisted approach deployment area proactive movement message ferry special mobile node long range communication node limited battery main idea efficient data delivery wide area message ferrying network partition many critical application extensive n simulation low data delivery rate previous approach node mobility self-configuring network capacity data delivery performance network condition mf design large delay communication service sparse manet significant period disaster relief
