A Study Of TCP6: Reveals The Effect Of Ipv6 Multicast Transmission For End-to-End Interconnection
Muhammad Yusril Helmi Setyawan (a*) Parman Sukarno (b) Cahyo Prianto (b)

a) Applied Bachelor of Informatics Engineering, Politeknik Pos Indonesia
Jl. Sariasih No.54, Sarijadi, Bandung 40151, Indonesia
*yusrilhelmi[at]poltekpos.ac.id
b) School of Computing, Faculty of Informatics, Telkom University
Jl. Telekomunikasi No. 01, Terusan Buah Batu, Dayeuhkolot, Bandung 40257, Indonesia
b) Applied Bachelor of Informatics Engineering, Politeknik Pos Indonesia
Jl. Sariasih No.54, Sarijadi, Bandung 40151, Indonesia

Abstract

This paper studies and analyses the effect of Ipv6 multicast transmission for end-to-end interconnection. At the end-to-end interconnection addressing system, two types of protocols have been introduced: IPv4 and IPv6. There is a fundamental difference in transmission characteristics between both broadcasting properties in IPv4 and multicast on IPv6 even though both works on the transport layer using TCP protocol. However, the emergence of the term TCP6 used to mark the IPv6 transmission performance domain raises questions about whether the transmission characteristics contribute to the mention of TCP6. This paper provides an explanation of the results of the analysis in an effort to answer the question through end-to-end interconnection experiments by comparing the timeout performance as a result of the broadcast properties of IPv4 and multicast on IPv6 using Karn Algorithm with throughput test parameters. The experimental results show that the throughput value through RTT analysis is relatively similar, not more than 0.1% difference. The conclusion is that TCP and TCP6 are talking about the domain of activity and technical performance. They need correspondence that identifies characteristics in understanding the context of interconnection requirements between devices, broadcasts or multicast.

Keywords: Ipv6, Multicast, RTT, Trouhgput, TCP

Topic: Computer Science