Distributed Route Selection Algorithm in Nested Multihomed Mobile Networks

Mitra, Sulata; Pyne, Sumanta

doi:10.1109/act.2009.29

Cited by 3 publications

(3 citation statements)

References 5 publications

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“…5. Its extension includes multiple care-of addresses to support multiple gateways within the tree [29], [39], [59]. The information is advertised by each gateway to the mobile routers, and the selection process can take place at different levels.…”

Section: Methodsmentioning

confidence: 99%

Investigation of Home Agent Load Balancing, Failure Detection and Recovery in IPv6 Network-based Mobility

Khatri¹,

Mathi

2017

International Journal on Advanced Science, Engineering and Information Technology

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Mobile IPv6 came as an extensively acknowledged technology to support mobility in networks. Home agents are in charge for the registration of mobile devices and act as a key entity for the tunneling of data packets to the corresponding registered mobile nodes. A single home agent has administrative control over the critical tasks including home agent registration management, maintenance of cache data and tunneling of data packets to the mobile nodes that are away from their home networks and so on. However in this approach, home agent act as the sole failure point, which gave rise to the placement of multiple home agents to overcome this issue. The load balancing mechanism for multiple home agent deployment faces the problem of improper load sharing, signaling overhead and synchronization issues. Moreover, failure detection and recovery mechanism are inefficient in nature. It experiences a significant delay in tunneling of data packets and suffers from disconnection making it incompetent for the use in real time applications. Most of the existing methods for load sharing and failure detection use the concept of exchange of router advertisement message named as "heart beat messages" at a constant rate. The reduction in the interval of router advertisement can result in signaling overhead and synchronization issues. Hence, this paper investigates and analyzes the various load balancing mechanisms of mobile IPv6. In addition, it presents the comparative study of the failure detection and recovery mechanism of existing methods. Finally, it concludes that future work can be extended in the domain of distributed active load sharing mechanism and proactive failure detection.

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Section: Methodsmentioning

confidence: 99%

Investigation of Home Agent Load Balancing, Failure Detection and Recovery in IPv6 Network-based Mobility

Khatri¹,

Mathi

2017

International Journal on Advanced Science, Engineering and Information Technology

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“…The researchers in [27] and [28] presented a network performance based selection algorithm with a per-flow traffic control. It addresses a comprehensive multihoming solution to take into consideration various metrics including bandwidth, delay, packet loss, and path cost for understanding the performance of each path in the network.…”

Section: A Optimal Interface/gateway Selectionmentioning

confidence: 99%

Multihoming Support in Mobile IP Networks: Progress, Challenges and Solutions

Alreshoodi*

2020

IJITEE

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IP network mobility has already emerged as a key domain of wireless IP networking. The network research community has taken great interest and paid considerable attention to advance IP mobility applications. Accordingly, different advanced networking mechanisms have been considered to optimize IP network mobility. One of these mechanisms is network multi-homing which has been the focus of many IP mobility studies within the academic research and IETF communities. The combination of network mobility and multi-homing has turned into a conceivable approach to effectively deal with expanding system availability and improving the performance of mobile IP network. There are many studies proposed during the recent years to realize network multi-homing for the Network Mobility Basic Support (NEMO BS) protocol, a leading IETF IP mobility protocol. This paper studies and reviews up-to-date research works in supporting multi-homing for NEMO-based mobile IP networks. The aim is to investigate the current state of multi-homing support for NEMO networks and outline recent research directions in this regard.

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“…Reference [7] proposed a multihoming path discovery and selection solution on top of an optimised Nested NEMO model based on the Reverse Routing Header (RRH) protocol, multihomed using the MCoA protocol. In [8], a MR within a Nested NEMO network can select the best path among those available, using the proposed path selection algorithm. The decision is made according to the requirements of the current communication of a MMN connecting to it.…”

Section: Related Workmentioning

confidence: 99%

Multihomed Mobile Network Architecture

Alsukayti

Edwards

2015

2015 IFIP Networking Conference (IFIP Networking)

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IP mobility ensures network reachability and session continuity while IPv6 networks are on the move. In the Network Mobility (NEMO) model, the potential for NEMO Mobile Routers (MRs) to interconnect and extend Internet connectivity allows the formation Nested NEMO networks. With MANEMO, nested MRs can be efficiently interconnected in a tree-based structure with Internet access being maintained via a designated Gateway. However, this only supports single-homed Internet connectivity.With the span of wireless access technologies and the popularity of multi-interfaced devices, multihoming support in this scenario becomes critical. A Nested Mobile Network with heterogeneous available Internet access options would allow better overall network performance and optimal utilisation of available resources. In this paper, we present the Multihomed Mobile Network Architecture (MMNA), a comprehensive multihomed mobility solution. It provides a multihoming management mechanism for Gateway Discovery and Selection on top of a multihomed mobility model integrating different mobility and multihoming protocols. It enables a complex nested multihomed topology to be established with multiple gateways supporting heterogeneous Internet access. The results demonstrate that the proposed solution achieves better overall throughput, load sharing, and link failure recovery.

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Distributed Route Selection Algorithm in Nested Multihomed Mobile Networks

Cited by 3 publications

References 5 publications

Investigation of Home Agent Load Balancing, Failure Detection and Recovery in IPv6 Network-based Mobility

Investigation of Home Agent Load Balancing, Failure Detection and Recovery in IPv6 Network-based Mobility

Multihoming Support in Mobile IP Networks: Progress, Challenges and Solutions

Multihomed Mobile Network Architecture

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