Inter-domain routing for tactical mobile ad-hoc networks

Okundaye, Izegbuwa

doi:10.22215/etd/2013-07072

Cited by 4 publications

(9 citation statements)

References 6 publications

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“…Okundaye [9] proposed a routing solution that utilizes OSPF as a scalable routing result for an inter-domain network since it has variants that can work in both the fixed and MANET environment. They tested OSPF-MDR, a variant of OSPFv3 for MANETS and showed that after 20 minutes, the network of 200 routers running OSPF-MDR was seen to converge with all routers finding the shortest valid route to all other routers in the network.…”

Section: Related Workmentioning

confidence: 99%

SCIDR: A Scalable Cluster based Inter-Domain Routing Protocol for Heterogeneous MANET

Rekha¹,

Ashoka²

2015

IJCA

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The area of Mobile Ad-hoc Network (MANET) has already been a topic of attention from past decade among the research community owing to its potential communication advantages as well as issues associated with it. However, the cases of inter-domain routing in the MANET have challenges furthermore compared to conventional MANET system. Border gateway protocol cannot be applied to support interdomain routing in mobile ad-hoc network as it cannot support the dynamic behavior of MANET. Hence, the this paper proposes a novel technique called as SCIDR-Scalable Cluster based Inter-domain Routing that is meant exclusively for heterogeneous MANET system. SCIDR is designed on a totally different principle compared to standard CIDR protocol, where CSI-Channel State Information, as well as channel correlation factor, are introduced to leverage further outcomes. For the first time, extensive performance parameters are used to benchmark the proposed system that ensures effective scalability.

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Section: Related Workmentioning

confidence: 99%

SCIDR: A Scalable Cluster based Inter-Domain Routing Protocol for Heterogeneous MANET

Rekha¹,

Ashoka²

2015

IJCA

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“…The main concept which comes with the hierarchical design is the localization of the control and topology update messages exchange within the cluster boundary, hence significantly limiting the flooding of control messages and associated traffic across the network and reducing redundant traffic [8,17]. In addition to addressing the scalability issue in MANETs, a hierarchical configuration may be a typical design for MANETs used in specific applications and environment such as tactical networks, or emergency and disaster management teams [13,26]. The deployment of P2P applications on a hierarchical topology comes with many challenges, mainly as the nodes in physically separated clusters may be logically adjacent in the overlay.…”

Section: Motivation and Challengesmentioning

confidence: 99%

“…The above description of the network characteristics may apply to tactical networks which are hierarchical by design [13,51], or other configurations of MANETs such as emergency and disaster management applications [52].…”

Section: Scopementioning

confidence: 99%

“…3. Mobility Management/ Adaptability: [13,57,8] The use of RLM and HID is bringing adaptive features to the overlay structure as any peer LID changes once connectivity is lost and a node joins a different cluster. The LID will change to a different prefix value (RLM), while the HID will be updated to reflect the new node location in the overlay, hence maintaining the resilience of the network.…”

Section: Route Mismatch Reductionmentioning

confidence: 99%

“…Each participating node in a MANET acts as a host (sending and receiving data packets to and from other nodes) and also as a router (forwarding data packets from source to destination), hence providing low-cost, instant and flexible communication between groups of people that may not be located within a single hop (or direct transmission range) from each other [8,11,12]. MANETs have several application scenarios ranging from conference or campus communications involving a relatively small number of nodes, to emergency (disaster) situation or tactical units in a battle field, where hundreds or thousands of units may be involved [8,11,13].…”

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confidence: 99%

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A Hierarchical P2P Overlay for Hierarchical Mobile Ad hoc Networks (MANETs)

Gelil¹

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Thanks and praise to God, for forgiving my mistakes, for listening to my prayers, for getting me where I stand today, and for taking me to where his kindness, grace and wisdom will guide me. Thanks to my Supervisor Prof. T. Kunz for giving me the chance, for his trust in my capabilities, for his support and guidance throughout the process. Also, Prof. B. Esfandiari who was involved in the project in its early stages, for stimulating the challenge, raising the bar, and providing valuable insights. Thanks to my colleagues and former partners in the lab. and project, A. Cormier and the dear friend S. Echegini whose work, support and discussions since the early stages and later provided great mileage to complete my work. I want also to acknowledge a great initiative from J. Rocamora, a fellow researcher, whose work and information she generously and openly provided were a true milestone to progress in my work. For my "references" in the application process, Prof. Ashraf Elazouni, a friend who really encouraged me to take this step. Prof. Nayer Wanas, one day I was his mentor, we turned to be close friends, then I called him to be my reference. I am so proud of you. .. ! Finally, I want to acknowledge my dear family. They always provided support and affection (my wife), they were always the motivation and inspiration for many milestones in my life (my son Yahya), and for being such a joy and blessing (my son Youssef).

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ITMAN: An inter tactical mobile ad hoc network routing protocol

Grandhomme

Guette

Ksentini

et al. 2016

MILCOM 2016 - 2016 IEEE Military Communications Conference

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New generation radio equipment, used by soldiers and vehicles on the battlefield, constitute ad hoc networks and specifically, Mobile Ad hoc NETworks (MANET). The battlefield where these equipment are deployed includes a majority of coalition communication. Each group on the battleground may communicate with other members of the coalition and establish inter-MANETs links. Operational communications tend to provide tactical ad hoc networks some capacities. There is a better broadband radio in UHF band (ex: NATO-225-400 MHz) and some heterogeneous services such as voice or video (ex: capture from a drone) are provided. Several Network-layer protocols have been proposed in order to handle inter-domain routing for tactical MANETs. In this paper, we present a coalition context and describe the functional hypothesis we used. Then, we propose a protocol that would fit such a network and conduct experimentation that tend to show that our proposition is quite efficient.

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Inter-domain routing for tactical mobile ad-hoc networks

Cited by 4 publications

References 6 publications

SCIDR: A Scalable Cluster based Inter-Domain Routing Protocol for Heterogeneous MANET

SCIDR: A Scalable Cluster based Inter-Domain Routing Protocol for Heterogeneous MANET

A Hierarchical P2P Overlay for Hierarchical Mobile Ad hoc Networks (MANETs)

ITMAN: An inter tactical mobile ad hoc network routing protocol

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