Improved Recommendation Filtering Component Resilient to Trust Distortion Attacks in a MANET

Samreen, Shirina; Meerja, Akhil Jabbar

doi:10.1007/978-981-10-7635-0_7

Cited by 3 publications

(2 citation statements)

References 6 publications

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“…In TV computation, subjective observation and link transmission ability was considered. Recommendation filtering mechanism was proposed to defend against trust distortion attacks [23]. For that the recommendations were clustered for indirect trust computation.…”

Section: Related Workmentioning

confidence: 99%

E ² ‐SR: a novel energy‐efficient secure routing scheme to protect MANET‐IoT

Ponguwala

Rao

2019

IET Communications

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Section: Related Workmentioning

confidence: 99%

E ² ‐SR: a novel energy‐efficient secure routing scheme to protect MANET‐IoT

Ponguwala

Rao

2019

IET Communications

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“…Mobile Adhoc Network (MANET) is a self-organizing communication network with the support of collection of wireless nodes in the objective of making communication via message forwarding [1]. Due to the limitation and design challenges of MANET this network could able to create and support for the instant communication application development for communication like military, disaster management , emergency services [2]. While making communication among the nodes the packet may leads to fails on reaching to the destination node due to internal nodes parameter lags like power failure, nodes mobility ,insufficient buffer space and external attackers like DDoS attacks finally all these factors affects the overall performance of the MANET throughput and other factors [3,4].…”

Section: Introductionmentioning

confidence: 99%

Finding Packet Dropper and Collecting Missing Packet due to Packet Dropping Attackers in Mobile Adhoc Network Using Divide and Conquer Algorithm

2024

Int J Med Net

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Objective: Finding the Packet dropping attacker and collecting the missing packet in the MANET is one of the challenging task since the characteristics of the MANET node mobility. Packet Transmission from the source node to the Destination node is done after sending the Route Request and Route Reply, reliable path chosen based on the protocol selection in Mobile Adhoc Network which is self-organized running without any basic infrastructure. Data which is going to send by the sender is divided in to the packet and put sequence numbering on the packet finally transmitted on the medium. Each and every packet get travelled on the assigned path to reach to the destination. If any packet missed on the transmission the source node has to retransmit to the destination. while forwarding the packet from one hop to another the packet dropper attacks are play dropping the packets. Methods: There are several methods were proposed for elaborating the packet dropping attacks and solution for finding the attackers in the MANET, but none of the methods proposed for collecting the missed packet instead of getting retransmission. Divide and conquer method between the route to destination path applied to finding the packet dropper attacker and collecting the missing packet from the previous node. Findings: The proposed method could be implement using network simulator and performance result could be better than existing packet dropper attacker work. Novelty: This proposed article shows packet dropper attackers in the MANET and collecting the missing packet by using the divide and conquer algorithm in the source to destination path route.

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Packet Dropping Counter Measures in a MANET Through Reliable Routing Protocol Leveraging a Trust Management Framework

Samreen

2018

International Journal of Mobile Computing and Multimedia Communications

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The applications of a mobile ad hoc network (MANET) range from military and disaster response to commercial and civilian environments. The intrinsic characteristics like lack of infrastructure, self-organizing nature and deployment flexibility contributes to its usefulness but few other features like open media for communication and topological changes on-the-fly makes it vulnerable to security attacks. The focus of the current work is security mechanisms for a MANET against the various insider attacks targeting the data forwarding operations. It is accomplished through a trust management framework and a secure routing protocol relying upon the TMF to form the routes with most trusted nodes. The protocol computes a novel reliability metric termed as Path Allegiance metric (PAM) which acts as a selection criteria for route selection. The performance evaluation involves simulation results which prove the robustness of the proposed TMF and the effectiveness of the PAM routing protocol in reliable data delivery in the presence of packet droppers which disrupt the data transmission.

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Improved Recommendation Filtering Component Resilient to Trust Distortion Attacks in a MANET

Cited by 3 publications

References 6 publications

E ² ‐SR: a novel energy‐efficient secure routing scheme to protect MANET‐IoT

E ² ‐SR: a novel energy‐efficient secure routing scheme to protect MANET‐IoT

Finding Packet Dropper and Collecting Missing Packet due to Packet Dropping Attackers in Mobile Adhoc Network Using Divide and Conquer Algorithm

Packet Dropping Counter Measures in a MANET Through Reliable Routing Protocol Leveraging a Trust Management Framework

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Improved Recommendation Filtering Component Resilient to Trust Distortion Attacks in a MANET

Cited by 3 publications

References 6 publications

E 2 ‐SR: a novel energy‐efficient secure routing scheme to protect MANET‐IoT

E 2 ‐SR: a novel energy‐efficient secure routing scheme to protect MANET‐IoT

Finding Packet Dropper and Collecting Missing Packet due to Packet Dropping Attackers in Mobile Adhoc Network Using Divide and Conquer Algorithm

Packet Dropping Counter Measures in a MANET Through Reliable Routing Protocol Leveraging a Trust Management Framework

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E ² ‐SR: a novel energy‐efficient secure routing scheme to protect MANET‐IoT

E ² ‐SR: a novel energy‐efficient secure routing scheme to protect MANET‐IoT