Design and Prototyping of 60 GHz Mesh Networks

Jianhua Mo, Hao Chen, Wenxun Qiu, P. Netalkar, B. L. Ng, Gary Xu, Jianzhong Zhang
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Abstract

We present a new design of a 60 GHz mesh networks based on IEEE 802.11ad. By using an edge/vertex-coloring algorithm to carefully allocate the channels in the mesh network, the co-channel interference of the mesh network, particularly intra-node interference, can be significantly reduced. In our prototype, we found that with 90° angle separation, there is negligible intra-node interference and rate loss. Furthermore, our indoor demonstrations with multi-hop transmissions showed that end-to-end throughput as high as 1.7 Gbps can be achieved.
60 GHz网状网络的设计与原型设计
提出了一种基于IEEE 802.11ad的60ghz网状网络的新设计。利用边缘/顶点着色算法对mesh网络中的信道进行精细分配,可以显著降低mesh网络的同信道干扰,特别是节点内干扰。在我们的原型中,我们发现在90°角分离的情况下,节点内干扰和速率损失可以忽略不计。此外,我们对多跳传输的室内演示表明,端到端吞吐量可以达到1.7 Gbps。
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