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Considering lack of comparative studies on Ping-pong movement, comprehensive evaluations were carried out to estimate the impact of layer-3 handoff latency on End-to-End TCP for mobile IPv6 and its extensions. Results show that FHMIPv6, which has 273ms overall handoff delay, 93.867 Kbytes/s average goodput and 9.125% packet loss rate, performs better than HMIPv6 and FMIPv6 frameworks under Ping-pong...
The Proxy Mobile IPv6 (PMIPv6) is a network localized mobility management protocol that is independent of global mobility management protocols. In a single mobility domain (LMD), the mobile node (MN) is not involved in any IP mobility-related signaling and uses only its PMIPv6 home address for all its communication. Subsequently, when the MN moves into another LMD, the MN must change its PMIPv6 home...
Mobile communication is increasingly oriented towards the usage of all IP networks as fixed network components. Handover latency in mobile IPv6 plays an important role in the performance of a given network scenario.It results in packet losses and severe end-to-end performance degradation due to throttling and retransmissions in TCP scenario. This paper present and discuss the handover process of mobile...
Mobile IP technology is one of the important supporting technical in the construction of pervasive computing environment. However, the existing literatures lack a comprehensive, systematic research and analysis for handover performance of mobile IPv6 based ping-pong mode. This paper gives a comprehensive evaluation of the L3 handover performance of a variety of mobile IPv6 extension protocols based...
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