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Performance Analysis of Hybrid Protocols in MANETs

by Ibikunle Frank, Ebiesuwa Seun
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A Strategic Review of Routing Protocols for Mobile Ad Hoc Networks

by #1 A Samuel Chellathurai , E George , Dharma Prakash
"... Abstract-In recent years, a rapid growth of research interests in mobile ad hoc networking has been see. The infrastructureless and the dynamic nature of these networks demand an efficient and reliable routing strategy. Due to the mobility and the limited resources in mobile ad hoc networks (MANET) ..."
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Abstract-In recent years, a rapid growth of research interests in mobile ad hoc networking has been see. The infrastructureless and the dynamic nature of these networks demand an efficient and reliable routing strategy. Due to the mobility and the limited resources in mobile ad hoc networks (MANET), routing is a challenging task and has received tremendous amount of attention from researchers. This has led to the development of many different routing protocols for MANET. It is quite difficult to determine which protocols may perform well under a number of different network scenarios such as network size and topology etc. In this paper an overview of a wide range of the existing routing protocols with a particular focus on their characteristics and functionality have been provided.
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...t every node is either present in DS or is a neighbor of some node present in DS. The core nodes use a reactive source routing protocol to outline a route from a source to a destination. CEDAR has three key phases. They are 1. The establishments and maintenance of self-organizing routing infrastructure (core) for performing route computations, 2. The propagation of the link-states of high-bandwidth and stable links in the core and 3. A Quos route computation algorithm that is executed at the core nodes using only locally available state. D. Sharp Hybrid Adaptive Routing Protocol (SHARP) SHARP [24] adapts between reactive and proactive routing by dynamically varying the amount of routing information shared proactively. This protocol defines the proactive zones around some nodes. The number of nodes in a particular proactive zone is determined by the node-specific zone radius. All nodes within the zone radius of a particular node become the member of that particular proactive zone for that node. If destination node is not present within a particular proactive zone, reactive routing mechanism (query-reply) is used to establish the route to that node. Proactive routing mechanism is used wi...

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