A Dynamic IP Paging Algorithm based on the Velocity of Mobile Node for Proxy Mobile IPv6

Park, Jeman; Joe, Inwhee

doi:10.14257/ijmue.2013.8.5.23

Cited by 3 publications

(3 citation statements)

References 14 publications

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“…The PHSIP scheme borrows the paging method, which is proposed in IDMP [11], P-MIP [12], and its variations [16,17]. When an idle MN moves a new PA, the MN detects the inter-paging area movement and registers with its serving SIP MA.…”

Section: Phsip Schemementioning

confidence: 99%

SMR-Based Adaptive Mobility Management Scheme in Hierarchical SIP Networks

Choi¹,

Gil

2014

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In hierarchical SIP networks, paging is performed to reduce location update signaling cost for mobility management. However, the cost efficiency largely depends on each mobile node's session-to-mobility-ratio (SMR), which is defined as a ratio of the session arrival rate to the movement rate. In this paper, we propose the adaptive mobility management scheme that can determine the policy regarding to each mobile node's SMR. Each mobile node determines whether the paging is applied or not after comparing its SMR with the threshold. In other words, the paging is applied to a mobile node when a mobile node's SMR is less than the threshold. Therefore, the proposed scheme provides a way to minimize signaling costs according to each mobile node's SMR. We find out the optimal threshold through performance analysis, and show that the proposed scheme can reduce signaling cost than the existing SIP and paging schemes in hierarchical SIP networks.

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Section: Phsip Schemementioning

confidence: 99%

SMR-Based Adaptive Mobility Management Scheme in Hierarchical SIP Networks

Choi¹,

Gil

2014

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“…Due to its salient property in reducing the handoff signalling for the idle nodes, the paging scheme was adopted in IP-based systems for both host based MIPv6 and network based PMIPv6 protocols (Lee et al, 2008). There have been several research works dedicated to reduce the signalling overhead required for idle MNs in the PMIPv6 protocol by utilising the paging principle (Yi et al, 2011;Hong and Lee, 2012;Park and Joe, 2013;Cho et al, 2014). Authors in Yi et al (2011) proposed an adaptive scheme for mobility management with paging support in PMIPv6 by employing a new concept named anchor-subnet to reduce the total paging signalling cost.…”

Section: Introductionmentioning

confidence: 99%

“…The paging area is determined dynamically based on some criteria like the speed of mobile node. The dynamic paging scheme was further improved in Park and Joe (2013) by adding additional factor to determine the paging area size which is the mobile node direction. Their scheme has contributed to calculate an optimum page size rather than just expand the page area as the mobile speed is increased.…”

Section: Introductionmentioning

confidence: 99%

A low cost paging scheme for clustered PMIPv6 protocol by head-MAG entity utilisation

Jabir

2020

IJIPT

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Clustered PMIPv6 (CPMIPv6) was proposed to reduce the PMIPv6 signalling cost by dividing the domain into clusters each with a Head-MAG used to control the intra-cluster operations. However, existing mobility protocols perform registration process even for idle nodes, which leads to degrade the protocol performance due to unnecessary location updates. On the other hand, paging technique is widely used in cellular networks to reduce the signalling required for idle nodes registration. Although several paging schemes were proposed to enhance the PMIPv6 performance, they are either based on central entity or they incur high signalling cost due to multicasting. Inspired by CPMIPv6 architecture, this paper proposes a low cost paging scheme where each cluster is considered as a paging area and head-MAGs entities are utilised to perform the paging functions within the cluster. The analytical results show that the proposed scheme outperforms the existing paging schemes in terms of paging signalling cost.

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