An Efficient Filter-based Addressing Protocol for Autoconfiguration of Mobile Ad Hoc Networks

Fernandes, Natália C.; Moreira, Marcelo D. D.; Duarte, Otto Carlos Muniz Bandeira

doi:10.1109/infcom.2009.5062174

Cited by 13 publications

(16 citation statements)

References 13 publications

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“…WPR neither considers network partitions [25,26] nor unauthorized backbone nodes [27]. Because backbone nodes are static, we assume that network partitions do not occur very often.…”

Section: Discussionmentioning

confidence: 99%

A routing protocol suitable for backhaul access in wireless mesh networks

2012

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This work proposes the Wireless-mesh-network Proactive Routing (WPR) protocol for wireless mesh networks, which are typically employed to provide backhaul access. WPR computes routes based on link states and, unlike current routing protocols, it uses two algorithms to improve communications in wireless mesh networks taking advantage of traffic concentration on links close to the network gateways. WPR introduces a controlled-flooding algorithm to reduce routing control overhead by considering the network topology similar to a tree. The main goal is to improve overall efficiency by saving network resources and avoiding network bottlenecks. In addition, WPR avoids redundant messages by selecting a subset of one-hop neighbors, the AMPR * Corresponding author.Email addresses: miguel@gta.ufrj.br (Miguel Elias M. Campista), luish@gta.ufrj.br (Luís Henrique M. K. Costa), otto@gta.ufrj.br (Otto Carlos M. B. Duarte) Preprint submitted to Computer NetworksAugust 4, 2011 (Adapted MultiPoint Relay), needed to reach all two-hop ones. We first analyze the proposed algorithms compared with the algorithms used by OLSR for the same tasks in terms of running time, optimality, and number of routing messages. Results show that the algorithms proposed by WPR are more efficient than the algorithms used by OLSR in running time and number of routing messages. In addition, we also perform simulations to evaluate the performance of WPR. Results reveal that the aggregated throughput of WPR outperforms OLSR by up to 27% using a combination of web and backbone internal traffic despite our design assumption of traffic convergence toward gateways.

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“…WPR neither considers network partitions [25,26] nor unauthorized backbone nodes [27]. Because backbone nodes are static, we assume that network partitions do not occur very often.…”

Section: Discussionmentioning

confidence: 99%

A routing protocol suitable for backhaul access in wireless mesh networks

2012

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“…A route which contains maximum trusted route selection value is selected as secure route. The trusted route selection value is calculated by using multiple security metrics such as residual route load capacity, node trust level, route trust level and hop count to ensure high security in network [3].These parameters are describe as: a) Residual Route Load Capacity: To reduce packet loss and remove falsely sensed of a node as malicious by a neighbouring node that is monitoring the trust level. Mobile node should select a route towards secure gateway which has maximum available load capacity.The residual route load capacity of a route is the minimum available load capacity at any node, including the GW and all others intermediate MNs in that route.…”

Section: Proposed Workmentioning

confidence: 99%

A trust based secure gateway selection and authentication scheme in MANET

Gupta

Kumar

Gupta

2014

2014 International Conference on Contemporary Computing and Informatics (IC3I)

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Mobile Ad hoc Network (MANET) is a collection of self-configuring, infrastructure less mobile nodes that dynamically form a temporary network and capable of communicating each other without the use of network infrastructure. Due to the open medium, dynamic topology, distributed co-operation Ad hoc networks are vulnerable to many type of security attacks. An important concept in network security is trust; it is estimated as a relation among the entities that participate in various protocols. Trust relations are based on evidence related to the previous behaviour of entities within the protocol. In this paper we focus an trusted route selection value between mobile node and secure gateway which is based on trust values of nodes, trust value of route and residual route load capacity and we also focus mobile node and secure gateway authentication process which is based on preauthentication technique. To provide a host-to-host security, it is important to evaluate secure trusted route towards the secure gateway and authenticate mobile node and secure gateway. It can be achieved in proposed scheme. Our proposed protocol provides better performance as compared to other protocols. The correctness of our proposed scheme is validated through simulation results and performance evaluation matrices.

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“…978-1-4799-3914-5114/$31.00 ©2014 IEEE In this paper, we propose and analyze a protocol named AADP, a filter-based addressing protocol. The protocol is based on filter address protocol (F AP) by Natalia et al [10] , Fan and Subramani [7] which are in turn, based on Duplicate address detection (DAD) protocol [11] . In this protocol, we use the data structure proposed in F AP protocol which stores the addresses of the nodes in a compact and efficient way [10] .…”

Section: Introductionmentioning

confidence: 99%

“…In the subsequent sections, we will discuss this data structure called filter in detail. Using filter-based approach for the protocol makes the protocol robust to packet losses [10] . In addition, the protocol also maintains a network identifier which is used to uniquely identify the networks.…”

Section: Introductionmentioning

confidence: 99%

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AADP: Ad hoc address distribution protocol

Chellu

Manghat

Alwani

et al. 2014

2014 IEEE International Conference on Advanced Communications, Control and Computing Technologies

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A mobile ad hoc network (MANET) is a wireless, mobile and infra-structure-Iess network with self-configuring nodes which route the messages on their own. Lack of infrastructure makes MANET unique and desirable. It, however, complicates the task of address allocation in MANET as nodes now have to regulate the entire process of allocation by communicating within themselves as well as monitor the changes that occur in the network. Moreover, the same feature induces events like partitioning, merging, etc in the network which are never encountered in a conventional wired or wireless network.Consequently, classical addressing protocols are inadequate for MANET and hence, cannot be used. A number of protocols have been propounded in a bid to handle the problem of address allocation. Majority of these protocols albeit promising, fail to handle some scenarios efficiently. In this paper, we propose and analyze a filter-based addressing protocol named AADP, for unique address allocation in MANET. The focus of our analysis is on complex events such as simultaneous joining and merging. We also provide a brief mathematical analysis of our protocol.Simulation results show that our protocol is robust to packet losses, handles partitioning and merging efficiently and has an upper hand over the other protocols.

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An Efficient Filter-based Addressing Protocol for Autoconfiguration of Mobile Ad Hoc Networks

Cited by 13 publications

References 13 publications

A routing protocol suitable for backhaul access in wireless mesh networks

A routing protocol suitable for backhaul access in wireless mesh networks

A trust based secure gateway selection and authentication scheme in MANET

AADP: Ad hoc address distribution protocol

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