A PMIPv6-based Distributed Mobility Control Scheme Considering a User's Movement Locality

@inproceedings{Kong2013APD,
  title={A PMIPv6-based Distributed Mobility Control Scheme Considering a User's Movement Locality},
  author={Ki-Sik Kong},
  year={2013}
}
  • K. Kong
  • Published 30 September 2013
  • Physics
Abstract                       !!"#         # $  !!    #$ %   ! !  !         !    # $#           % &   !                # $!#           #  #  %        Keywords : Proxy Mobile IPv6 (PMIPv6), Distributed Mobility… 
1 Citations

References

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TLDR
An Enhanced FS-PMIP (EFS-PM IP) is proposed to enhance FS- PMIP by exploiting a user’s traffic locality as well as movement locality, which adopt both the pointer-forwarding concept and the working set concept in communications.
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TLDR
A novel location management scheme, pointer forwarding based local anchoring scheme, that intends to mitigate the signaling traffic while keeping the tracking delay in check and the numerical results show that this scheme can significantly reduce the network signaling traffic load without increasing much of the call setup delay.
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TLDR
Qualitative and quantitative analyses of the representative host-based and network-based mobility management approaches, which highlight the main desirable features and key strengths of PMIPv6 are presented.
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TLDR
A new location management scheme is presented which intends to mitigate the signaling traffic as well as reduce the tracking delay in the PCS systems and can significantly reduce the network signaling traffic for users with low CMR without increasing much of the call setup delay.
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  • Computer Science
    Proceedings IEEE International Conference on Communications ICC '95
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TLDR
The forwarding strategy augments the basic location strategy proposed in existing standards such as GSM and IS-41, with the objective of reducing network signalling and database loads in exchange for increased CPU processing and memory costs.
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TLDR
A novel dynamic hierarchical mobility management strategy for mobile IP networks, in which different hierarchies are dynamically set up for different users and the signaling burden is evenly distributed among the network.
Distributed Mobility Control in Proxy Mobile IPv6 Networks
TLDR
By numerical analysis, it is shown that the proposed distributed mobility schemes can give better performance than the existing centralized scheme in terms of the binding update and packet delivery costs, and that SD-PMIP provides the best performance among the proposed distribution schemes.
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TLDR
A novel distributed and dynamic regional location management for Mobile IP where the signaling burden is evenly distributed and the regional network boundary is dynamically adjusted according to the up-to-date mobility and traffic load for each terminal.
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TLDR
This paper quantitatively analyze a hybrid replication with forwarding scheme that can be uniformly applied to all users and shows that the proposed hybrid scheme outperforms both pure replication and forwarding schemes, as well as the CMR threshold-based scheme under all CMR values.
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