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Development of an Enhanced Trust Management Scheme Fora Secured Routing in Opportunistic Networks

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– Development of an Enhanced Trust Management Scheme Fora Secured Routing in Opportunistic Networks –

Download Development of an Enhanced Trust Management Scheme Fora Secured Routing in Opportunistic Networks. Computer Engineering students who are writing their projects can get this material to aid their research work.

Abstract

This research is aimed at the development of an enhanced Trust Management Scheme (eTMS) for secured routing in opportunistic networks (opponents). Opportunistic routing allows communication to be set up between nodes even without the infrastructure in a delay-tolerant fashion.

The opponent has become more pertinent now with the proliferation of autonomous mobile devices. However, malicious devices pose potential security threats (packet dropping, denial of service (DoS) attack, black hole attack, identification (ID) spoofing, etc.) to the performance of opponents.

This is due to the inherent characteristics of such networks like ever-changing network topology and lack of a definite communication path between nodes amongst others. These characteristics created the issue of a lack of end-to-end connectivity thus making it extremely difficult to establish authentication between the source node and the destination node.

Introduction

A delay or disruption tolerant network (DTN) is a type of network that provides communication through mobile nodes in an unstable and stressed environment.

The network will normally be subjected to frequent and long-lasting disconnections, high end-to-end path latency, limited resources (power, bandwidth etc.) and may comprise of more than one divergent set of protocols (Chen et al., 2011;Fall&Farrell,2008).

DTNfindsapplicationin mobile, wireless and terrestrial environments. Typical DTNs include mobile ad-hoc networks (MANET), vehicular ad-hoc networks (VANET), sensor networks (like the acoustic underwater networks), inter-planetary networks (IPN) and opportunistic networks (oppnets) amongst others.

The oppnet is an autonomous connection of users that communicate over relatively bandwidth-constrained wireless networks with or without infrastructure.

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