Multidomain SDN-Based Gateways and Border Gateway Protocol

Alotaibi, Hamad Saud; Gregory, Mark A; Li, Shuo

doi:10.1155/2022/3955800

Cited by 9 publications

(4 citation statements)

References 63 publications

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“…• Selection of pseudo-edge nodes: in the worst case, a couple of CH that want to attempt a communication could be very far between themselves; therefore, in the unlikely event that their beam are targeting their own, the power of the beams is not enough to grant the communication because of the remoteness. Based on the BGP (Border Gateway Protocol) literature [35,36], as a solution, for a given cluster the CH can exploit the power of its main beam for reaching one of the node that lie nearby edge of cluster (the pseudo-edge node) in order to maximize the probability to be beamformed by the closest CH. • Evaluation of the Received Power: The decision about the next hop while forming the best path, is accomplished by considering the amount of the received power of the neighbor nodes.…”

Section: Phase 5: Inter-cluster Communicationsmentioning

confidence: 99%

A Deep Learning Clustering Beamforming Approach for Future 6G Mobile Ad Hoc Networks

Inzillo¹,

Garompolo²

2023

Preprint

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The rapid advancement of wireless technologies and the increasing demand for seamless, high-speed connectivity has spurred the need for efficient routing protocols in 6G Mobile Ad Hoc Networks (MANETs). This paper proposes a modern approach, the Deep Learning Clustering Beamforming Massive MIMO Routing Protocol (DLCB), that is designed to achieve high level throughput by exploiting beamforming advantages and for enhancing communication efficiency for future next generation 6G MANETs. The DLCB algorithm establishes robust and efficient routes for data transmission by adopting a clustering strategy based on deep learning allowing to select cluster heads by taking advantage of Graph Neural Networks (GNN) features and creating effective cluster paths. Furthermore, this approach integrates IEEE 802.11ay and Massive MIMO technologies to exploit their benefits in terms of high-speed data transmission, improved network capacity, and better signal quality. DLCB aims to facilitate seamless data transmission in dynamic network environments, paving the way for enhanced network performance in 6G MANETs. Experimental evaluations and simulations are conducted to validate the performance of the proposed approach through the use of Omnet++ Network Simulator.

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Section: Phase 5: Inter-cluster Communicationsmentioning

confidence: 99%

A Deep Learning Clustering Beamforming Approach for Future 6G Mobile Ad Hoc Networks

Inzillo¹,

Garompolo²

2023

Preprint

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“…) is a network protocol used to exchange routing information between networks on the Internet [8,9]. Generally, it is used to determine the best path to route data between independent networks or autonomous systems.…”

Section: Bgp Bgp (Border Gateway Protocolmentioning

confidence: 99%

Detectable, Traceable, and Manageable Blockchain Technologies BHE: An Attack Scheme against Bitcoin P2P Network

Yang

Sun

Xiao

et al. 2022

Wireless Communications and Mobile Computing

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As the most successful cryptocurrency, bitcoin has become the primary target of attackers. The security risks existing in bitcoin network (P2P networks) may pose serious threats to itself. It has been proved that network attackers of the autonomous system level could isolate a specific set of bitcoin nodes using prefix hijacking attacks; since this attack achieves bitcoin partition by deleting all data packets of the victim node, it is easy to be discovered by the victim node, and cannot maintain a long-term connection (the partition will disappear after canceling the BGP hijacking) (Apostolaki M et al. (2017)). This paper proposes a new attack scheme—eclipse attack method based on BGP hijacking (BHE). The attack can occupy the network connection of the victim node, and only need to delete part of the TCP handshaking packets of the victim node during the attack, and it makes the attack more hidden and can occupy the network connection of the victim node for a long time. The innovation of the BHE attack is that it can control the peering decision of the victim node by controlling the victim node’s internal peer database (new table and tried table) and preventing the victim node from establishing a good connection. It enables the attacker to occupy all network connections of the victim node and become its natural network middleman. We verify the feasibility of the BHE attack through experimental evaluation and demonstrate that an attacker who can launch BGP hijacking may occupy all connections of the victim node within 20 minutes (ignoring the time of traffic diversion). To reduce the attack’s impact, the paper provides some countermeasures that can use in practice according to the basic characteristics of the attack.

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“…Since its successful introduction, using software-defined networking in data centres and enterprise networks is becoming increasingly commonplace (SDN) is now being implemented more widely [7]. However, the SDN is dealing with these new security issues, particularly with regard to protecting the SDN architecture itself [8]. There are many previous research studies associated with SDN and VLAN.…”

Section: Related Workmentioning

confidence: 99%

Examining the Performance of Software Defined Virtual Local Area Network

Ibrahim

Ahmed

2022

Int J Innov Comp

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For more than three decades, the Virtual Local Area Network (VLAN) has been one of the most popular systems virtualization groups of users on both local and corporate networks. Because of the advantages that VLAN provides, network managers and operators have continued to use it in the creation of their networks and have even extended its use to include cloud computing networking. Previous research studies have established a lot of issues associated with VLAN architecture. Typically, it was revealed that it is difficult to set up a complex VLAN, and even it is successful, it leads to computational time-consuming, and prone to error to process majority of complex VLAN. Considering this, the current research examines the performance of “Software Defined- VLAN”. This is because Software-Defined Network (SDN) is a viable alternative network architecture that allows the separation of information and control functions on devices. It appears to be a promising optimized option VLAN administration. The SDN-enabled VLAN testbed was set out and implemented using OpenFlow. SDN-Enabled VLAN and a conventional VLAN. The finding revealed that SDN-enabled VLAN offers higher network performance, lower packet transfer delay, and a more efficient configuration.

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Multidomain SDN-Based Gateways and Border Gateway Protocol

Cited by 9 publications

References 63 publications

A Deep Learning Clustering Beamforming Approach for Future 6G Mobile Ad Hoc Networks

A Deep Learning Clustering Beamforming Approach for Future 6G Mobile Ad Hoc Networks

Detectable, Traceable, and Manageable Blockchain Technologies BHE: An Attack Scheme against Bitcoin P2P Network

Examining the Performance of Software Defined Virtual Local Area Network

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