Physical layer certification system of power line communication Korea standard

Seung-Sik Eom, Hui-Myoung Oh, Taehyun Jeon, Younggyun Kim, Jae-Jo Lee, Sungsoo Choi, Young-Chai Ko
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引用次数: 2

Abstract

In this paper we present the physical layer (PHY) MODEM certification system of the power line communication Korea standard (PLC-KS). The PLC-KS is basically very similar to the U.S. PLC standard, Home-Plug1.0, except that bit loading is used in the PLC-KS. However, similar to Home-Plug1.0, the discrete multi-tone (DMT) with differential phase shift keying and the frequency diversity are also adopted to improve the link reliability. Based on this PLC-KS, we develop the PHY MODEM certification system where we check if the MODEM provided by the chip manufactures conforms to the standard. For this purpose we propose the following three different certifications: 1) preamble certification, 2) control and data frame certification, and 3) wave-shaping certification, which are strictly enough to confirm if the manufactured MODEM conforms to the PLC-KS. Although our certification system is based on the PLC-KS, its methodology can be extended to the communication chips manufactured based on other communication standards.
电力线通信物理层认证体系韩国标准
本文介绍了电力线通信韩国标准(PLC-KS)的物理层(PHY) MODEM认证系统。PLC- ks基本上与美国PLC标准Home-Plug1.0非常相似,只是在PLC- ks中使用了位加载。但是,与Home-Plug1.0类似,采用差分相移键控的离散多音(DMT)和频率分集来提高链路可靠性。基于该PLC-KS,我们开发了PHY MODEM认证系统,检查芯片制造商提供的MODEM是否符合标准。为此,我们提出以下三种不同的认证:1)前置认证,2)控制和数据帧认证,3)波形认证,这些认证严格到足以确认制造的MODEM是否符合PLC-KS。虽然我们的认证体系是基于PLC-KS,其方法可以扩展到基于其他通信标准制造的通信芯片。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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