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SCTP-based Transport Protocols for Concurrent Multipath Transfer

机译:并行多路径传输的基于SCTP的传输协议

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The growing availability of multiple network interfaces on mobile devices makes concurrent multipath transfer an appealing candidate to satisfy the ever increasing user demand for bandwidth. As of today, the only transport protocol supporting multihoming is the stream control transmission protocol (SCTP); yet, SCTP can only exploit at most one of the available paths at any given time. This paper introduces sender-based packet pair SCTP (SBPP-SCTP) and westwood SCTP (W-SCTP), which add concurrent multipath support to the original SCTP. The two protocols are implemented on Linux and their performance is assessed on an experimental testbed emulating different wireless-channel bandwidth and delay conditions.
机译:移动设备上多个网络接口的可用性不断增长,使得并发多路径传输成为满足用户不断增长的带宽需求的诱人候选。到目前为止,唯一支持多宿主的传输协议是流控制传输协议(SCTP)。但是,SCTP在任何给定时间最多只能利用一条可用路径。本文介绍了基于发送方的数据包对SCTP(SBPP-SCTP)和Westwood SCTP(W-SCTP),它们在原始SCTP中增加了并发多路径支持。这两个协议在Linux上实现,它们的性能在模拟不同无线信道带宽和延迟条件的实验性测试平台上进行了评估。

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