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Analysis and Modeling of Brazilian Indoor PLC Channels Controlled Environment - Testing and Validation

机译:巴西室内PLC通道受控环境的分析和建模-测试和验证

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This work is a revision, application and comparison of the main models found in the literature for the transfer and noise functions in the channel for communications in power transmission lines (PLC ??? power line communication). Considering the characteristics of brazilian residential electrical installations, comparisons of measurements with models for the transfer function, the ABCD transmission matrix model as the most efficient and flexible in the increase of the channel sections and branches. The series resonant circuit model may be very precise and allows the implementation of an analog channel emulator using discrete components. However the classical model with eco demonstrated a better theoretical basis for transmission lines. The six different types of noise present on the power grid were measured and modeled. A very realistic model is simulated using Markov chains for modeling the non-periodic impulsive and burst noise.
机译:这项工作是对文献中的主要模型的修订,应用和比较,这些模型用于电力传输线(PLC ???电力线通信)中通道的传递和噪声功能。考虑到巴西住宅电气装置的特性,将测量值与传递函数模型进行比较,ABCD传输矩阵模型是增加通道截面和分支的最有效和最灵活的方法。串联谐振电路模型可能非常精确,并允许使用分立组件来实现模拟通道仿真器。然而,具有生态学的经典模型为输电线路展示了更好的理论基础。对电网上存在的六种不同类型的噪声进行了测量和建模。使用马尔可夫链模拟了一个非常现实的模型,以对非周期性脉冲噪声和突发噪声进行建模。

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