A Secure Mechanism for QoS Routing in Mobile Ad Hoc Networks with QoS Requirements Consideration

Sedaghat, Shahrzad; Adibniya, F.; Derhami, Vali

doi:10.1109/cicn.2010.72

Cited by 3 publications

(3 citation statements)

References 12 publications

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“…Much of the related work for MANETs focuses on examining the time-costs of supporting confidentiality, integrity, and/or authentication, and the effects of these costs on the end-to-end packet delays and throughput [5,22]. Other related work in this domain is to use cryptographic techniques to protect QoS signalling information [12,21]. The focus of our work, however, is on achieving QoS in MANETs containing blackhole attackers.…”

Section: Related Workmentioning

confidence: 99%

A 2-dimensional approach to QoS provisioning in adversarial mobile ad hoc network environments

McNerney

Zhang

2012

Proceedings of the 15th ACM International Conference on Modeling, Analysis and Simulation of Wireless and Mobile Systems

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In an untrustworthy mobile ad hoc network (MANET), security and quality of service (QoS) should be considered in an integrated manner. Supporting QoS without considering security threats and their implications may not lead to an optimal QoS solution. However, applying too much security will almost certainly lead to a high level of resource consumption, which may deplete QoS. This paper attempts to address these two issues together by proposing a 2-Dimensional Adaptation ARChitecture (2-DAARC) for achieving QoS in MANETs containing blackhole attackers. The architecture supports two forms of adaptation: single-path adaptation (SPA) and multi-path adaptation (MPA). SPA uses adaptive bandwidth reservations along a single path; it is intended for supporting QoS when the threat-level in the network is low. MPA uses a duplicated, best-effort data packet delivery service along multiple paths; it is intended for supporting QoS when the threat-level is high. MPA employs a novel Prioritybased Multi-path Type Selection (PMTS) algorithm for path selection. 2-DAARC switches between SPA and MPA based on the underlying network conditions measured by packet delivery ratios at the destination nodes. The architecture is evaluated against the INSIGNIA QoS framework, which uses a single-path bandwidth adaptation approach. The simulation results show that 2-DAARC performs better in terms of packet delivery ratios and end-to-end delays in lightly loaded networks.

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Section: Related Workmentioning

confidence: 99%

A 2-dimensional approach to QoS provisioning in adversarial mobile ad hoc network environments

McNerney

Zhang

2012

Proceedings of the 15th ACM International Conference on Modeling, Analysis and Simulation of Wireless and Mobile Systems

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“…1, the typical configuration of a mobile node (drone) in the FANET is presented using the OSI reference model. From bottom to top, on the physical level, there is the wireless medium through which the signal is physically spread from one drone to another; the data link level, and for the testing made in this article, the IEEE 802.11ac protocol is used on the Medium Access Control (MAC) [10]. In addition, in this layer the MPLS label switching protocol component will be active once the quality of service path has been established; at the network level in the data plane, IPv6 is used as the network protocol, and control plane, the following protocols will be used: AODV as the routing protocol, FHAMIPv6 to improve efficiency in handover, and MPLS to establish source-destination paths with quality of service; finally, in the upper levels of each mobile drone's architecture the applications or services that have different quality of service requirements will be accommodated.…”

Section: Reference Architecturementioning

confidence: 99%

QoS in FANET Business and Swarm Data

Ortiz¹,

Romero²,

Ahmed³

et al. 2022

Computers, Materials &Amp; Continua

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This article shows the quality of services in a wireless swarm of drones that form an ad hoc network between them Fly Ad Hoc Networks (FANET). Each drone has the ability to send and receive information (like a router); and can behave as a hierarchical node whit the intregration of three protocols: Multiprotocol Label Switch (MPLS), Fast Hierarchical AD Hoc Mobile (FHAM) and Internet Protocol version 6 (IPv6), in conclusion MPLS + FHAM + IPv6. The metrics analyzed in the FANET are: delay, jitter, throughput, lost and sent packets/received. Testing process was carried out with swarms composed of 10, 20, 30 and 40 units; In this work, the stage with 40 drones was analyzed showing registration processes, and sent messages sequences between different drones that were part of the same swarm. A special analysis about the traffic between drones (end-to-end) was carried out, as well as the possible security flaws in each drone and the current status and future trends in real services. Regarding future trends, in a real environment, we took as a starting point, metrics results obtained in the simulation (positive according to the obtained results). These results gave us a clear vision of how the network will behave in a real environment with the aim to carry out the experiment on a physical level in the near future. This work also shows the experience quality from the service quality metrics obtained through a mathematical model. This quality of experience model will allow us to use it objectively in the agricultural sector, which is a great interest area and is where we are working with drones. Finally in this article we show our advances for a business model applied to the aforementioned agricultural sector, as well as the data analysis and services available to the end customer. These services available to the end customer have been classified into a basic, medium, advanced and plus level.

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“…The transmissions are made secure by introducing a message digest algorithm. In [14], Sedaghat et al proposed a mechanism to obtain secure MANET QoS routing with regard to QoS considerations. The authors presented a new mechanism over on-demand multipath routing protocol (AOMDV) to provide reliability and security, while ensuring minimum data redundancy.…”

Section: Related Workmentioning

confidence: 99%

QoS and security in Link State Routing protocols for MANETs

Cervera

Barbeau

García-Alfaro

et al. 2013

2013 IFIP Wireless Days (WD)

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Abstract-We study security issues in the Optimized Link State Routing (OLSR) protocol with Quality-of-Service (QoS). We propose the function k-robust-QANS, to construct a Quality Advertisement Neighbor Set (QANS). Given a node v, the one-hop nodes selected as part of its QANS generate routing information to advertise, when possible, a set with k+1 links to reach any two-hop neighbor. Several approaches have been proposed to construct a QANS. However, none of them guarantees that the best links are advertised. A mechanism is presented for QANS construction with guarantee that the best links are advertised with respect to a given routing metric. We present the unadvertised quality links problem when QoS is considered. We also address the slanderer attack, i.e., a misbehaving node that advertises incomplete routing information. Our goal is to find a tradeoff between security and amount of information disseminated. We conduct simulations that confirm our claims.

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A Secure Mechanism for QoS Routing in Mobile Ad Hoc Networks with QoS Requirements Consideration

Cited by 3 publications

References 12 publications

A 2-dimensional approach to QoS provisioning in adversarial mobile ad hoc network environments

A 2-dimensional approach to QoS provisioning in adversarial mobile ad hoc network environments

QoS in FANET Business and Swarm Data

QoS and security in Link State Routing protocols for MANETs

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