5G机器型通信PHY和MAC的理论极限

Alexander Loshkarev, V. Drozdova
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引用次数: 0

摘要

在本文中,我们描述了理论限制,重点关注5G性能问题,物理层和介质访问控制技术以及机器类型通信情况下的吞吐量限制。无线介质访问控制协议的香农极限是指在机器对机器通信的实际情况下,介质访问控制协议的最大无差错数据率和开销。这样就可以根据输入负荷来预测交通拥挤情况。最后,对不同优先级权重的简化控制协议进行了性能建模。
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Theoretical Limits of PHY and MAC for 5G Machine Type Communications
In this paper, we describe the theoretic limits focusing them on the 5G performance issues, the physical layer and medium access control techniques and throughput limits in case of Machine-Type Communications. The Shannon’s limit of the wireless medium access control protocols is presented as a maximum rate of error-free data and overheads of the medium access control protocol in practical cases of machine-to-machine communications. That allows predicting traffic crowding depending on the input load. Finally, performance modeling of simplified control protocol with varied priority weights for data traffic is provided.
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