Effects of Duplicate Packet Transmission in Timer based Co-ordination Opportunistic Routing Scheme

Gharat, Chinmay; Krishnan, Shoba

doi:10.1109/icssit46314.2019.8987758

Cited by 3 publications

(2 citation statements)

References 8 publications

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“…The number of the duplicate is presented in Table 1. Since TCP is a connection oriented protocols, and if eventually the first packet was received, and the same one was also received again, TCP will detect the packets as duplicate packets, the protocol is for TCP to ignore them completely [47]. The analysis indicates that TCP did not ignore the duplicate packets because they are intentionally prepared in order to attack the network.…”

Section: Presentation Of the Resultsmentioning

confidence: 99%

Dealing With Well-Formed and Malformed Packets, Associated With Point of Failure That Cause Network Security Breach

2020

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It is quite challenging to understand the weakest single points of failure in a network because it is the point where an entire network system can be taken down. The paths leading to a point of failure, and the status of packets that causes network security breaches were examined by Intent-Based Networking approach in this study. Two algorithms are proposed, utilizing single-path and multipath in transmission flow. Every path is potentially weak and a point of failure for which a network security can be breached. Two sets of rules, namely, "vulnerability rules policies" with "rules formulation" from the regions of connection recognized by Euler's theorem were outlined. The intent is to use these sets of rules in finding the point of failure the packet status that is leading to possible security breaches within network connections. The frequencies of the packets that are liable to create security breaches and the paths where they originate are analyzed. Well-formed packet originating from the least likely weak point of failure is associated the network security breach than malformed packets. This study has contributed to revealing that network security breaches are influenced by the paths with least likely point of failure from well-formed packets.

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Section: Presentation Of the Resultsmentioning

confidence: 99%

Dealing With Well-Formed and Malformed Packets, Associated With Point of Failure That Cause Network Security Breach

2020

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“…Nearest with Forward Progress (NFP) [40][41][42] protocol selects its closest neighbor among those in the direction of the destination to forward the packet. Whereas, with Most Forward within the transmission Range (MFR) protocol [39], [43] a forwarding node selects its neighbor that is closest to the destination as next forwarding node. The Normalized ADVance (NADV) protocol [44] selects the neighbor with the optimal trade-off between the advance and link cost.…”

Section: Related Workmentioning

confidence: 99%

IEGGR: Improved Energy-aware and Delivery Guarantee Geographic Routing

Redjimi

Boulaiche

Redjimi

2021

JCOMSS

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Wireless Sensor Networks are a set of sensor nodes that probe their surroundings and send their data over multi-hop routes to a base-station (BS) for processing. Many routing protocols have been developed for WSNs. A great attention has been given to geographic routing protocols, which rely only on local knowledge of nodes to disseminate data towards the BS. In this paper, we propose a new energy efficient geographic routing protocol called Improved Energy-aware and delivery Guarantee Geographic Routing protocol (IEGGR). The proposed protocol exploits the positions of neighboring nodes, which are closest to the BS to forward packets through the shortest path in terms of energy consumption. IEGGR introduces a mechanism in order to forward packets efficiently around voids. IEGGR algorithm considers the WSN as a connected-graph and to route a packet from a source node to the BS, IEGGR tries making the locally optimal choice at each intermediate node with the hope of finding a global optimum path, which ai ms to minimize energy consumption. To find greedily the optimal path, each forwarding node exploits its neighbor positions that are closest to the BS in order to iteratively building the end-to-end optimal path. Simulation results show that IEGGR is efficient in energy management during packet forwarding.

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Design of a location-based opportunistic geographic routing protocol

Wang

2022

Computer Communications

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Effects of Duplicate Packet Transmission in Timer based Co-ordination Opportunistic Routing Scheme

Cited by 3 publications

References 8 publications

Dealing With Well-Formed and Malformed Packets, Associated With Point of Failure That Cause Network Security Breach

Dealing With Well-Formed and Malformed Packets, Associated With Point of Failure That Cause Network Security Breach

IEGGR: Improved Energy-aware and Delivery Guarantee Geographic Routing

Design of a location-based opportunistic geographic routing protocol

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