三节点双向PLC通道模型的比较

Angie A. G. Liong, Lenin Gopal, F. Juwono, C. W. Chiong, Y. Rong
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引用次数: 1

摘要

基于双向继电器的电力线通信(PLC)已在许多智能电网应用中得到应用。为了在房舍和数据中心之间设计可靠的通信链路,有必要对这种系统的信道特性进行建模。通道传递函数(CTF)最好使用自下而上的方法找到,因为它代表了PLC网络的真实拓扑结构。在本文中,我们建立了基于传输和反射系数的单继电器双向PLC信道的自下而上多径信道模型。我们还将该模型与ABCD方法和电压比方法(VRA)方法进行了比较。结果表明,多径模型可以很好地表示基于双向继电器的PLC通道。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Comparison of Three-node Two-way PLC Channel Models
Two-way relay-based power-line communication (PLC) has been used in many smart grid applications. It is necessary to model the channel characteristics of such system in order to design a reliable communication link between premises and data centre. The channel transfer function (CTF) is preferred to be found using the bottom-up approach, as it represents the true topology of the PLC network. In this paper, we model a bottom-up multipath channel model for single relay two-way PLC channel based on transmission and reflection coefficients. We also compare the proposed model with the ABCD method and the voltage ratio approach (VRA) method. We show that the multipath model can well represent the two-way relay-based PLC channel.
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