海报:自行车排VoIP系统

Eduardo Soares, P. Santos, L. Pinto, Ana Aguiar, P. Brandão, R. Prior
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引用次数: 0

摘要

对于通信,在某些情况下,节点之间的空间接近性消除了对蜂窝连接的需求,而manet可以提供更好的解决方案。一个例子是自行车排中的音频通信:骑自行车的人在一个集群中骑行,但可能分布在数百米之外,他们的空间安排可能会变化,导致不稳定的链接。在这项工作中,我们展示了一种新的VoIP实现,该实现是为安装在自行车上的嵌入式设备组成的MANET量身定制的,通过多播操作。我们描述了我们系统的架构,它建立在现成的硬件和软件上,并列出了产生合理音频质量的参数值。初步结果表明,在队列骑行条件下,尽管没有链路(或网络)重传,我们的系统可以达到高数据包传输率(超过70%)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Poster: VoIP System for Bicycle Platoons
For communications, in certain scenarios, the spatial proximity between nodes obviates the need for a cellular connection, and MANETs can provide better solutions. An example is audio communication in bicycle platoons: cyclists ride in a cluster, but may be spread over hundreds of meters and their spatial arrangement can vary, leading to volatile links. In this work, we showcase a novel implementation of VoIP that was tailored for a MANET composed of embedded devices installed in bicycles, operating over multicast. We describe the architecture of our system, which builds on off-the-shelf hardware and software, and list the parameter values that result in reasonable audio quality. Preliminary results show that high packet delivery ratios (above 70%) can be attained with our system in platoon-riding conditions, despite no link (or network) retransmissions.
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