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Efficient Security Associations Establishment Using IPSec in IMS after Handover in NGMN

机译:高效的安全协会在NGMN切换后的IMS中使用IPSec的建立

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摘要

Next generation mobile networks allow smart phones to constantly switch and handover its networks to access internet for multimedia applications. To avail multimedia services, IP Multimedia Subsystem (IMS) is a 3gpp based framework for all types of networks. UE has to register with IMS where it first contacts to P-CSCF for establishing IPSec Security Associations (SA). During handover to a new network, de-registration from IMS is imposed that results in expiring IPSec SAs with old PCSCF. UE has to establish new IPSec SAs with new PCSCF that causes more signaling delay due to more number of messages. This paper presents a novel solution to establish SAs in IMS after handover where a flag is used to block de-registration until expiry. IPSec SAs are negotiated by reducing steps of re-authorization without appending new protocol in IMS. We tested our scheme on a test bed and compared the results with existing IMS re-authorization schemes. Our approach dominates the preliminaries in reducing transmission delay, processing delay and queuing delay as well as VHO delay and packet loss.
机译:下一代移动网络允许智能手机不断切换和切换其网络以访问多媒体应用的互联网。为了利用多媒体服务,IP多媒体子系统(IMS)是所有类型网络的3GPP框架。 UE必须注册IMS,其中它首先与P-CSCF联系以建立IPSec安全关联(SA)。在切换到新网络期间,施加了从IMS解除登记,从而导致使用旧PCSCF来实现IPSec SAS。 UE必须使用新的PCSCF建立新的IPSec SAS,导致更多的消息延迟导致更多的消息延迟。本文提出了一种新的解决方案,在切换后在IMS中建立SAS的解决方案,其中旗帜用于阻止解解码直到到期。通过减少重新授权的步骤来协商IPSec SA,而无需在IMS中附加新协议。我们在测试床上测试了我们的计划,并将结果与​​现有IMS重新授权方案进行了比较。我们的方法在降低传输延迟,处理延迟和排队延迟以及VHO延迟和数据包丢失中,主导预备初步。

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