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aodv_dsdv

Comparison AODV and DSDV routing protocols with using fuzzy logic in the MANET

aomdv-routing-protocol

Simulation Based Performance Evaluation of AOMDV Routing Protocol in Mobile Ad Hoc Networks Using NS2

drone-network-simulations-ns3

Repository containing code for simulations evaluating a solution to PDR in a specific MANET.

enhanced-security-manets

inter_manet_ns3

Inter-MANET Routing code NS-3.15 version

location-aware--aodv-routing-protocol-in-manets

manet---mobile-adhoc-network

MANET - Mobile Adhoc Network

manet-wormhole-slides

Reveal.JS slides a propos des wormholes dans les MANET

manets-olsr_node-placement

Performance Analysis of OLSR Routing Protocol for Video Streaming Over Mobile Ad Hoc Networks.

manets-under-black-hole-attack

Simulation performed using NS2

ns-2-selfish-behavior-protocols

NS-2 Selfish nodes Implementation in MANET's Protocols AODV, DSDV, OLSR, and DSR.

ns2ns3

NS2 and NS3 codes for creating MANET routing protocols

olsr_project

OLSR_MANET

performance-analysis-of-tcp-variants-and-routing-protocols-using-ns2-simulations

Routing in an Ad-hoc network is a challenging task because source and destination nodes are mobile and thus routing decisions are to be changed dynamically when link failure or packet delay is encountered. As TCP protocols were initially designed for wired networks, so they are not able to deliver optimized performance, in the case of ad-hoc networks. For ensuring a reliable transfer, various variants of TCP must be used such as TCP-Reno, TCP-Vegas, TCP-Westwood, TCP-New Reno, TCP-Tahoe, TCP-Sack etc. Mobile ad-hoc network is a decentralized network consisting of various mobile nodes. Challenges in MANETS routing includes lack of apriori knowledge of underlying topology, which requires using the adaptive protocol to tackle route failures and packet loss scenarios.

sink_hole_dsr_v11.0

Sinkhole Attack in MANET using DSR Protocol in NetSim