Analysis of TCP and SCTP-CMT and Comparison in Wireless Network
Weng Hui-mi
Abstract
Weng Hui-mi
Abstract
TCP and SCTP belong to the transport layer protocol, they can provide reliable data transmission service. SCTP Con current Multipath Transfer(SCTP-CMT) mechanism is proposed based on SCTP, it can transfer data by multiple paths concur rently to increase an application's throughput, this paper discusses the basic properties of TCP and SCTP-CMT. We take the ve hicle network environment as an example, to compare the transmission performance of TCP and SCTP-CMT in wireless net work with multiple paths. We compared the transmission efficiency of TCP and SCTP-CMT in vehicle network environment by NS2 simulation platform. The simulation results show that, the transmission performance of SCTP-CMT is always higher than that of TCP.
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TCP and SCTP belong to the transport layer protocol, they can provide reliable data transmission service. SCTP Con current Multipath Transfer(SCTP-CMT) mechanism is proposed based on SCTP, it can transfer data by multiple paths concur rently to increase an application's throughput, this paper discusses the basic properties of TCP and SCTP-CMT. We take the ve hicle network environment as an example, to compare the transmission performance of TCP and SCTP-CMT in wireless net work with multiple paths. We compared the transmission efficiency of TCP and SCTP-CMT in vehicle network environment by NS2 simulation platform. The simulation results show that, the transmission performance of SCTP-CMT is always higher than that of TCP.
Key concepts: Stream Control Transmission Protocol, Computer science, Computer network, Transmission Control Protocol, Multipath TCP, TCP acceleration, Zeta-TCP, TCP global synchronization