多链路多跳网络中流纠删码的保证速率

E. Domanovitz, G. Facenda, A. Khisti, Wai-tian Tan, J. Apostolopoulos
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引用次数: 1

摘要

我们研究了在多链路、多跳包擦除网络中传输消息序列(流消息)的问题。每个消息必须在严格的延迟约束下按顺序重构。我们的设置在每一跳上有一条链路的特殊情况最近已经研究过了——Fong等人在[1]中研究了单中继节点的情况;在Domanovitz等人的研究中,研究了多继电器的情况。作为我们的主要结果,我们提出了一个可实现的速率表达式,当特殊化到各自的设置时,它减少到先前已知的结果。我们提出的方案是基于以明智的方式从[2]连接单链路代码以实现所需的延迟约束的思想。我们提出了一种基于凸优化的系统方法来最大化我们框架中的可实现率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Guaranteed Rate of Streaming Erasure Codes over Multi-Link Multi-hop Network
We study the problem of transmitting a sequence of messages (streaming messages) through a multi-link, multi-hop packet erasure network. Each message must be reconstructed in-order and under a strict delay constraint. Special cases of our setting with a single link on each hop have been studied recently - the case of a single relay-node, is studied in Fong et al [1]; the case of multiple relays, is studied in Domanovitz et al [2]. As our main result, we propose an achievable rate expression that reduces to previously known results when specialized to their respective settings. Our proposed scheme is based on the idea of concatenating single-link codes from [2] in a judicious manner to achieve the required delay constraints. We propose a systematic approach based on convex optimization to maximize the achievable rate in our framework.
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