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Multipath transport in communication networks is gaining momentum due to its attractive features of increased reliability, aggregated bandwidth, fault tolerance, and load balancing. Multipath transport framework based on application-level relay (MPTF-AR) that uses overly network technique is regarded as a simple way to establish multipath transport scenario without any change on underlying network. However, existing multipath transport protocols are not suitable for MPTF-AR because they either work in multihomed scenario or cannot support transmission in overlay network. This paper proposes a transport protocol named multipath UDP (MPUDP) to support both reliable and unreliable transport in MPTF-AR. With the help from application and transport layer, MPUDP support precise performance detection and dynamic data distribution. End host uses two-level buffer to reorder packets. In addition, end hosts no longer keeps a congestion window and always send packets over optimal paths. Finally, extensive OMNeT++ simulations are conducted and show that MPUDP exploits the benefit of multipath transport.

MPUDP: Multipath Multimedia Transport Protocol over Overlay Network