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引用次数: 13
摘要
从高速多媒体到智能电网,宽带电力线通信系统在全球范围内继续获得重要的市场采用。HomePlug AV是最成功的高速PLC协议,实际上被采用为IEEE 1901标准的主要组成部分。本文概述了在HomePlug AV的MAC和PHY子系统开发过程中所做的独特设计选择,并描述了如何调整和增强这些功能以纳入IEEE 1901标准。本文还讨论了IEEE 1901作为智能电网使能器的一个例子。本文接着解释了HomePlug AV是如何适应最近发布的HomePlug Green PHY规范的,该规范为智能能源应用使用10mbps的强大HomePlug AV通信模式。最后,本文展示了HomePlug AV如何通过MIMO和其他功能得到增强,从而生产出速度高达1.5 Gbps的HomePlug AV 2.0。
High speed multimedia and smart energy PLC applications based on adaptations of HomePlug AV
Broadband powerline communication systems are continuing to gain significant market adoption worldwide for applications ranging from high speed multimedia to Smart Grid applications. HomePlug AV is the most successful high speed PLC protocol and in fact was adopted as a major component of the IEEE 1901 standard. This paper provides an overview of the unique design choices made in the development of the MAC and PHY subsystems of HomePlug AV and describes how these capabilities were adapted and augmented for incorporation into the IEEE 1901 Standard. The paper also discusses an example of IEEE 1901 used as a Smart Grid enabler. The paper then proceeds to explain how HomePlug AV was adapted to form the recently released HomePlug Green PHY specification that uses robust HomePlug AV communication modes at 10 Mbps for Smart Energy applications. Finally the paper shows how HomePlug AV was augmented and enhanced to produce HomePlug AV 2.0 using MIMO and other capabilities to achieve speeds of up to 1.5 Gbps.