Localized Routing for Proxy Mobile IPv6

Koodli, Rajeev; Krishnan, Suresh; Loureiro, Paulo R. A.

doi:10.17487/rfc6705

Cited by 31 publications

(27 citation statements)

References 2 publications

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“…The request message is the Localized Routing Initialization (LRI) message in Figure 2 and belongs to the Initial phase of the localized routing. LMA1 and LMA2 respond to MAG1 using the Localized Routing Acknowledge message (LRA in Figure 2) in accordance with [RFC6705].…”

Section: Attribute Value Pair Used In This Documentmentioning

confidence: 97%

“…In case of LRA_WAIT_TIME expiration [RFC6705], MAG1 should ask for authorization of localized routing again according to the procedure described above before the LRI is retransmitted up to a maximum of LRI_RETRIES. Figure 3 shows the second example scenario, in which LMA1 acts as a Diameter client, processing the data packet from MN2 to MN1 and requesting the authorization of localized routing.…”

Section: Attribute Value Pair Used In This Documentmentioning

confidence: 99%

“…LMA1 then knows the localized routing is allowed. In a successful case, LMA1 responds to MAG1 in accordance with [RFC6705].…”

mentioning

confidence: 93%

“…Based on the scenarios A11, A12, and A21 described in [RFC6279], [RFC6705] specifies the PMIPv6 localized routing protocol that is used to establish a localized routing path between two Mobile Access Gateways in a PMIPv6 domain.…”

Section: Introductionmentioning

confidence: 99%

See 3 more Smart Citations

Diameter Support for Proxy Mobile IPv6 Localized Routing

Zorn¹,

Korhonen²

2014

Self Cite

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Section: Attribute Value Pair Used In This Documentmentioning

confidence: 97%

Section: Attribute Value Pair Used In This Documentmentioning

confidence: 99%

“…LMA1 then knows the localized routing is allowed. In a successful case, LMA1 responds to MAG1 in accordance with [RFC6705].…”

mentioning

confidence: 93%

Section: Introductionmentioning

confidence: 99%

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Diameter Support for Proxy Mobile IPv6 Localized Routing

Zorn¹,

Korhonen²

2014

Self Cite

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“…Mechanismus podpory mobility je dobře popsán v (Satrapa, 2011). Princip směrování v mobilních sítích s podporou IPv6 je specifikován v RFC 6705 (Krishnan et al, 2012b) a dále např. v RFC 7864 (Bernardos, 2016) nebo v RFC 6342 (Koodli, 2011.…”

Section: Podpora Mobilityunclassified

Problems with IPv6 Implementation

Nulíček¹

2018

AIP

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AbstraktCílem článku je popsat aktuální stav zavádění IPv6 v České republice i ve světě včetně srovnání různých přechodových mechanismů mezi IPv4 a IPv6 a výhledu do budoucna. Článek vychází z rozsáhlé rešerše aktuálních zdrojů vztahujících se k této problematice, dostupných na Internetu. Zabývá se rovněž hlavními bezpečnostními riziky spojenými s novou verzí IP protokolu. Pozornost je rovněž věnována ekonomickému zhodnocení implementace IPv6. Článek by měl být pomoci zájemcům o přechod k protokolu IPv6 k lepší orientaci v této složité problematice.Klíčová slova: IP protokol, IPv4, IPv6, přechodové mechanismy, dvojí zásobník, tunelování, překladače. AbstractThe aim of the article is to describe the current status of IPv6 implementation in the Czech Republic and in the world, including the comparison of the different IPv4 and IPv6 transition mechanisms and the outlook for the future. The article is based on extensive research of current sources related to this issue, available on the Internet. It also describes the major security risks associated with the new IP protocol version. Attention is also paid to the economic evaluation of the implementation of IPv6. The article should help those interested in moving to IPv6 to better focus on this complex issue.Keywords: IP protocol, IPv4, IPv6, Transition mechanisms, Dual stack, Tunneling, Translators. ÚvodIP protokol je hlavním protokolem, fungujícím na síťové vrstvě architektury TCP/IP počítačových sítí a Internetu. Hlavním úkolem IP protokolu je zabezpečit datagramovou službu, tzn. je zodpovědný za směrování datagramů (paketů) ze zdrojového počítače k cílovému uzlu přes jednu nebo více IP sítí.Již cca 20 let existuje nová verze IP protokolu IPv6, která by postupně měla nahradit verzi IPv4. Zavádění nové verze však stále naráží na řadu překážek a aktuální procento implementace IPv6 protokolu není zdaleka na takové výši, jak si tvůrci této verze (tedy především

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A flexible IPv6 mobility management architecture for SDN‐based 5G mobile networks

Sajjad

Jayalath

Bernardos

2019

Trans Emerging Tel Tech

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With the advent of increasingly diverse services, applications, and use cases, the 5G mobility environment is expected to be highly heterogeneous. The distributed mobility management (DMM) is emerging as a promising approach for 5G, which provides decentralized handover and traffic management at the edge of the network. However, in order to meet the disparate mobility needs, the DMM process requires flexible design considerations. This paper presents a novel mobile node (MN) centered, software-defined networking (SDN)-based flexible mobility management architecture, named adaptive multimode mobility management (A3M), which can adaptively operate in multiple modes. The proposed A3M architecture incorporates a novel handover mode selection phase among the traditional handover phases during which a suitable mode of handover operation is evaluated. This makes the A3M handover process adaptable to the varying mobility requirements of the MN and enables it to provide differentiated handover management for MNs with different mobility profiles. The performance analysis of A3M shows that it offers optimal handover performance in terms of primary handover performance metrics such as session disruption delay, packet losses, and signaling costs, compared to the popular network-based DMM approaches.

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Localized Routing for Proxy Mobile IPv6

Cited by 31 publications

References 2 publications

Diameter Support for Proxy Mobile IPv6 Localized Routing

Diameter Support for Proxy Mobile IPv6 Localized Routing

Problems with IPv6 Implementation

A flexible IPv6 mobility management architecture for SDN‐based 5G mobile networks

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