A Trellis Connectivity Analysis of Random Linear Network Coding with Buffering

Yunnan Wu
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引用次数: 41

Abstract

Previous studies have proposed a practical network coding scheme for multicasting information in packet networks, which buffers received packets and outputs random linear mixtures of packets in the buffer. To analyze the performance of such a scheme, this paper introduces a continuous-time trellis, which models the packet transmissions in a practical asynchronous network. The continuous-time trellis represents an extension of a discrete-time trellis that was used in prior theoretical studies to model a synchronized network. The asymptotic throughput of the practical network coding scheme is characterized via an analysis of the asymptotic s-T connectivity in the trellis
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带缓冲的随机线性网络编码的网格连通性分析
已有研究提出了一种实用的分组网络多播信息编码方案,该方案对接收到的数据包进行缓冲,并在缓冲区中输出随机线性混合的数据包。为了分析该方案的性能,本文引入了一个连续时间网格模型,对实际异步网络中的数据包传输进行建模。连续时间网格表示在先前的理论研究中用于模拟同步网络的离散时间网格的扩展。通过分析网格中的渐近s-T连通性来表征实际网络编码方案的渐近吞吐量
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