Network performance evaluation of 6to4 tunneling

Bahaman, Nazrulazhar; Hamid, Erman; Prabuwono, Anton Satria

doi:10.1109/icimtr.2012.6236400

Cited by 15 publications

(11 citation statements)

References 22 publications

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“…Az egyikben [73] egy teszthálózaton (két IPv6 sziget IPv4 hálózat fölött összekötve) a 6to4 megoldás teljesítmény jellemzıit (round trip time és througput) hasonlították össze azzal, amikor az adott hálózaton 6to4 nélkül, natív IPv4 illetve IPv6 protokoll használata mellett mérték meg ugyanazokat a jellemzıket. A vizsgálatokat a végpontok között TCP és UDP használatával is elvégezték.…”

Section: Más Kutatók Eredményeiunclassified

IPv6 és bevezetését támogató technológiák

Lencse¹,

Répás²,

Arató³

2015

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Section: Más Kutatók Eredményeiunclassified

IPv6 és bevezetését támogató technológiák

Lencse¹,

Répás²,

Arató³

2015

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“…Some of the researcher like Aazam et al (2011;Bahaman et al, 2012;Hadiya et al, 2013;Narayan and Tauch, 2010) prefer testbed approach to measure network performance compared to simulation approach when implemented with IPv6 transition mechanism. Throughput in network perspective can be elaborate as the number of data that can be transmitted from one location to another.…”

Section: Performance Metricsmentioning

confidence: 99%

IPv6 Transition Mechanism on UKMNet Network Environment

Abdullah¹,

Othman

2016

Journal of Computer Science

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Abstract:The production of IPv4 has ceased its supply and this has created a global phenomenon that is faced by Internet providers and users around the world. This means that IPv6 implementation phase has begun and IPv4 duties will be taken over by the IPv6 protocol. Technically, IPv4 and IPv6 cannot communicate directly due to the difference of architecture. IPv6 transition mechanism is used as a medium to allow both protocols to communicate and exist together on the same network. This study is performed to examine and investigate the performance of the 6to4 and Dual Stack transition mechanism based on performance metrics like throughput, jitter and end-to-end delay when implemented on UKMNet network. The test infrastructure is built on the UKMNet network and the test was conducted using the testbed approached. The final result found that the 6to4 mechanism is more reliable and easy to implement on UKMNet environment compared to dual stack mechanism.

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“…[15] named 6to4 and Teredo [16] the two most widely used transition solutions on the bases of the IPv6 prefixes in use. The performance of 6to4 is addressed in [17]. They prepared a controlled environment and compared the performance characteristics (round trip time and throughput) of 6to4 to the native IPv4 and IPv6 using both TCP and UDP between the endpoints.…”

Section: B the Problem Of An Ipv6 Capable Client In An Ipv4mentioning

confidence: 99%

Performance Analysis and Comparison of 6to4 Relay Implementations

Lencse¹,

Répás²

2013

IJACSA

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Abstract-the depletion of the public IPv4 address pool may speed up the deployment of IPv6. The coexistence of the two versions of IP requires some transition mechanisms. One of them is 6to4 which provides a solution for the problem of an IPv6 capable device in an IPv4 only environment. From among the several 6to4 relay implementations, the following ones were selected for testing: sit under Linux, stf under FreeBSD and stf under NetBSD. Their stability and performance were investigated in a test network. The increasing measure of the load of the 6to4 relay implementations was set by incrementing the number of the client computers that provided the traffic. The packet loss and the response time of the 6to4 relay as well as the CPU utilization and the memory consumption of the computer running the tested 6to4 relay implementations were measured. The implementations were tested also under very heavy load conditions to see if they are safe to be used in production systems.

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Network performance evaluation of 6to4 tunneling

Cited by 15 publications

References 22 publications

IPv6 és bevezetését támogató technológiák

IPv6 és bevezetését támogató technológiák

IPv6 Transition Mechanism on UKMNet Network Environment

Performance Analysis and Comparison of 6to4 Relay Implementations

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