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RPS: Range-based Path Selection Method for Concurrent Multipath Transfer

机译:RPS:并行多路径传输的基于范围的路径选择方法

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Throughput of Concurrent Multipath Transfer varies with different path selection schemes. As the number of path increases, the path selection solution space increases exponentially while receiving buffer efficiency decreases. To solve this problem, we model the throughput of Concurrent Multipath Transfer and find that it may be limited by the receiving buffer size and the round trip time of the slowest path. By analyzing the throughput modeling, this paper proposes a range-based path selection method, which is also validated by the simulation result.
机译:并发多路径传输的吞吐量随不同的路径选择方案而变化。随着路径数量的增加,路径选择解决方案空间呈指数增长,而接收缓冲区的效率却下降。为了解决此问题,我们对并行多路径传输的吞吐量进行了建模,发现它可能受到接收缓冲区大小和最慢路径的往返时间的限制。通过分析吞吐量模型,提出了一种基于距离的路径选择方法,该方法也得到了仿真结果的验证。

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