幅度约束下SI-POF偏置电流和OFDM信号功率的建模

Jonathan N. Gois, Julio N. Thomaz, F. Sampaio, T. Ferreira, A. P. López-Barbero, V. N. H. Silva, L. Neto
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引用次数: 1

摘要

移动通信的优势导致了接入网的发展,特别是使用光纤。然而,即使对于短距离链路,光接入也可能相当昂贵。步进折射率塑料光纤具有传统光纤无法比拟的优点。然而,由于高模态色散,长连接变得不可行。本文提出了SI-POF接入网的偏置、OFDM信号功率和光纤长度的一些模型,作为高信噪比链路设计的工具。在这项工作中,除了模型复杂性和结果评估的关系之外,还比较了这种类型网络的几个模型。
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Modeling the Bias Current and OFDM Signal Power under Amplitude Constraints for SI-POF
Advantages achieved by mobile communication have led to the evolution of access networks, especially using optical fibers. Nevertheless, optical access can be quite expensive even for short range links. The step-index plastic optical fiber (SIPOF) provides several advantages to traditional optical fibers. Nonetheless, due to the high modal dispersion, long connections become unfeasible. This article brings about some models of bias, OFDM signal power, and fiber length, for an access network using SI-POF, as a tool for the link design with a high signal-to-noise ratio. In this work, several models for this type of network are also compared, in addition to the relations underlying the model’s complexity and the evaluation of the results.
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