Performance Analysis and Evaluation of Handover in Mobile IPv6

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 thro...

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Published in2009 International Symposium on Intelligent Ubiquitous Computing and Education : 15-16 May 2009 pp. 381 - 384
Main Authors Xinyi Wu, Gang Nie
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.05.2009
Subjects
Computer science
Degradation
Delay
Educational institutions
Handover Latency
HMIPv6
MIPv6
Mobile communication
Performance analysis
Quality of service
Testing
Wireless communication
Wireless networks
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ISBN9780769536194
0769536190
DOI10.1109/IUCE.2009.37

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Abstract 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 IPv6, provide an analysis of the MIPv6 handover procedure and some handover test results. The test shows that FMIPv6 can get better performance than MIPv6 in reducing handoff latency.
AbstractList 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 IPv6, provide an analysis of the MIPv6 handover procedure and some handover test results. The test shows that FMIPv6 can get better performance than MIPv6 in reducing handoff latency.
Author Xinyi Wu
Gang Nie
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  organization: Coll. of Comput. Sci., Wuhan Univ. of Sci. & Eng., Wuhan, China
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Snippet Mobile communication is increasingly oriented towards the usage of all IP networks as fixed network components. Handover latency in mobile IPv6 plays an...
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StartPage 381
SubjectTerms Computer science
Degradation
Delay
Educational institutions
Handover Latency
HMIPv6
MIPv6
Mobile communication
Performance analysis
Quality of service
Testing
Wireless communication
Wireless networks
Title Performance Analysis and Evaluation of Handover in Mobile IPv6
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