Multicast for mobility protocol (MMP) for emerging Internet networks

Mihailović, Andrej; Shabeer, M.; Aghvami, A.H.

doi:10.1109/pimrc.2000.881442

Cited by 24 publications

(6 citation statements)

References 4 publications

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“…The former is defined as the mobility between different administration domains and is supported by mobile IP. The latter indicates the mobility inside one administration domain and can be supported by micro mobility protocols such as MIP-RR [7] , MMP [8] , CIP [9] and HAWAII [10] .…”

Section: Survey Of Ip Network Mobility Supportmentioning

confidence: 99%

A New Mobile Network Architecture

Zhao

Gui

2008

2008 International Symposium on Computer Science and Computational Technology

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Current mobile network architecture is constructed through introducing mobile IP protocol on the basis of IP network. On the one hand it cannot break away from the inherent limitation of IP network, such as no strong security, complex forwarding devices, lack of high expansibility and no QoS guarantee. On the other hand it brings some new problems due to the repair to IP network, such as the triangular routing problem. A new mobile network architecture based on vector network is proposed in this paper. The design philosophy of this architecture is to separate the name address and the switching address of the mobile nodes, so it can support node mobility inherently. Besides, this architecture also possesses many innovation characteristics. For example, soft handoff can be achieved through multi-path connection to improve the handoff performance. Keywords-mobile network architecture; vector network; identity identifier; location identifierI.

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Section: Survey Of Ip Network Mobility Supportmentioning

confidence: 99%

A New Mobile Network Architecture

Zhao

Gui

2008

2008 International Symposium on Computer Science and Computational Technology

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“…Wu and Maguire [16] have proposed a network architecture with mobility-supporting agents (MSA) running in access points and using standard IP multicast protocols (IGMPv2 and PIM-SM [5]) and protocols for agent discovery and pre-registration. Mihailovic et al [32] have focused on multicast to be used as a micro-mobility protocol in a mobile access network and on using IGMPv2 and CBT [33]. Finally, Helmy, Jaseemuddin, and Bhaskara have investigated different handoff options for multicast-based handofftermed CAR***-set protocols.…”

Section: Related Workmentioning

confidence: 99%

Investigation of multicast‐based mobility support in all‐IP cellular networks

Festag

Karl

Wolisz

2006

Wireless Communications

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To solve the IP mobility problem, the use of multicast has been proposed in a number of different approaches, applying multicast in different characteristic ways. We provide a systematic discussion of fundamental options for multicast-based mobility support and the definition and experimental performance evaluation of selected schemes. The discussion is based on an analysis of the architectural, performance-related, and functional requirements. By using these requirements and selecting options regarding network architecture and multicast protocols, we identify promising combinations and derive four case studies for multicast-based mobility in IP-based cellular networks. These case studies include both the standard any-source IP multicast model as well as non-standard multicast models, which optimally utilize the underlying multicast. We describe network architecture and protocols as well as a flexible software environment that allows to easily implement these and other classes of mobility-supporting multicast protocols.Multicast schemes enable a high degree of flexibility for mobility mechanisms in order to meet the service quality required by the applications with minimal protocol overhead. We evaluate this overhead using our software environment by implementing prototypes and quantifying handoff-specific metrics, namely, handoff and paging latency, packet loss and duplication rates, as well as TCP goodput. The measurement results show that these multicast-based schemes improve handoff performance for high mobility in comparison to the reference cases: basic and hierarchical Mobile IP. Comparing the multicast-schemes among each other the performance for the evaluated metrics is very similar.As a result of the conceptual framework classification and our performance evaluations, we justify specific protocol mechanisms that utilize specific features of the multicast. Based on this justification, we advocate the usage of a source-specific multicast service model for multicast-based mobility support that adverts the weaknesses of the classical Internet any-source multicast service model.

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“…Registration processes are localized to decrease global signalling costs greatly. Nowadays, current micro mobility management protocols mainly include tunnel-based MIP-RR [3], multicast-based MMP [4], specific route-based Cellular IP [5] and HAWAII [6]. In these protocols and concerning optimized algorithms most studies have been focused on performance analyses by simulation.…”

Section: Introductionmentioning

confidence: 99%

Research on Hierarchical Mobile IP Optimal Size of Regional Networks

Song

2006

2006 International Conference on Wireless Communications, Networking and Mobile Computing

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Based on an appropriate hierarchical mobile IP network model, the quantitative analysis has been deeply investigated about relations between handoff latency and hierarchical mobile IP size of regional networks. Moreover, hierarchical mobile IP optimal size of regional network is obtained through adopting a minimum iterative function. The numerical simulation results show that related research achievements will be of benefit to mobile IP network planning and optimization.

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Multicast for mobility protocol (MMP) for emerging Internet networks

Cited by 24 publications

References 4 publications

A New Mobile Network Architecture

A New Mobile Network Architecture

Investigation of multicast‐based mobility support in all‐IP cellular networks

Research on Hierarchical Mobile IP Optimal Size of Regional Networks

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