Comparative performance analysis of routing protocols in mobile ad hoc networks under JellyFish attack | Semantic Scholar (2024)

The results have shown that the impact of Jellyfish periodic dropping attack which reduces the network performance shows OLSR performs better than AODV under periodic drop attack.

This paper proposes a solution to the JellyFish delay variance attack in ad-hoc on demand distance vector (AODV) routing protocol for MANETs.

AODV outperforms DSR protocol for several performance parameters, which include “Throughput” and “E2E Delay” with JFDV detection algorithm, and algorithm provides better identification and removal in AODV protocol.

An enhancement in AODV protocol is proposed so as to detect the malicious nodes in a network and to remove them from the routing path without their knowledge to defence against JellyFish delay variance attack in Mobile Ad-hoc networks.

This research proposes a new technique which can be used to detect and mitigate the Jellyfish delay variance (JFDV) attack using Network Simulation 2(NS2).

This paper will compare the performance of AODV, OLSR and TORA Under Jelly Fish attack and Normal scenario with different no of Node scenarios.

The main focus is to study and analyse the different techniques and systems proposed by the researchers in the literature in order to countermeasure the different variants of JellyFish attacks for MANETs.

This paper is focused on analyzing the impact of the jellyfish reorder attack on the ZRP protocol by using NS2 as a simulator and the metrics used during the simulation are Goodput and End-to-End Delay.

The open and dynamic operational environment of MANET makes it vulnerable to various network attacks.

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The effect of black hole attack on ad hoc network using AODV as a routing protocol with Http traffic load will be examined and performance analysis of A ODV reactive protocol is evaluated with respect to throughput and end -toend delay using OPNET modeller.

The novel metric that detects the Jellyfish reorder attack based on the Reorder Density which is a basis for developing a metric is proposed and helps protocol designers to develop the counter strategies for the attack.

The mechanisms described here seek to limit the damage sustained by ad hoc networks from intrusion attacks and allow for continued network operation at an acceptable level during such attacks.

Simulation results are provided, showing that the proposed DBA-DSR scheme outperforms DSR in terms of packet delivery ratio and network throughput, chosen as performance metrics, when blackhole nodes are present in the network.

This paper design and study DoS attacks in order to assess the damage that difficult-to-detect attackers can cause, and quantifies via simulations and analytical modeling the scalability of doS attacks as a function of key performance parameters such as mobility, system size, node density, and counter-DoS strategy.

This paper design and study DoS attacks in order to assess the damage that difficult-to-detect attackers can cause, and quantifies via simulations and analytical modeling the scalability of doS attacks as a function of key performance parameters such as mobility, system size, node density, and counter-DoS strategy.

The authors evaluate these attack patterns' impact and draw the conclusion that flooding attack is more dangerous than black hole attacks and active black hole bring about larger damage.

An attempt has been made to compare the performance of two prominent on demand reactive routing protocols for MANETs: Ad hoc On Demand Distance Vector (AODV), Dynamic Source Routing (DSR) protocols.

This paper investigates different types of attacks which are happened at the different layers of MANET after that it discusses some available detection techniques for these attacks.

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