The design of reliable high speed communication systems for power line communication (PLC) requires an accurate knowledge of such channel specific characteristics as attenuation, impedance and noise.
为了设计基于电力线通信（ PLC）的高速可靠通信系统，必须了解衰耗、阻抗、噪声等电力线信道特性。
First, power line Communication (PLC) is introduced. The noise and attenuation characteristics of power line channel are measured and modeled.
首先，介绍了电力线通信(plc)，测量并分析了电力线信道的噪声和复衰减特性，并分别进行了建模。
The Power Line Communication (PLC) is a kind of rising communication mode differing from traditional communication such as telecommunication , telephone, radio communication, etc.
电力线通信是继电信、电话、无线通讯、卫星通讯之后的又一通信网。
One of the crucial points in further application of power line communication (PLC) is the development of its firmware.
电力线通信(plc)的拓展应用，关键之一在于固件的研制。
One of the key points of the popularization and application of power line communication network (PLC-NET) is the establishment of its technological system.
电力线通信网络 （PLC NET）的推广和应用关键在于其技术体制的建立。
Based on above background, in this paper, we focus in a power line communication (PLC) system design and it's development.
本文正是结合上述背景，对基于电力线网络的系统设计及其实现作了一些研究和探索。
Because of its advantages of extensive coverage, no new line, forever connection and no RF electromagnetic pollution, PLC (Power line Communication) is the first choice for constructing Home Network.
电力网由于覆盖广泛，无需重新布线，永久连接，不存在射频电磁污染等优点，成为构建智能家居网络的首先物理媒介。
A method and apparatus for protecting privacy in power line communication (PLC) networks.
一种用于在电力线通信(PLC)网络中保护隐私的方法及装置。
Compared with traditional access technologies, high speed power line communication (PLC) has greater competing power.
与传统的宽带接入技术相比，高速电力线通信(PLC)具有更强的市场竞争力。
Compared with traditional access technologies, high speed power line communication (PLC) has greater competing power.
与传统的宽带接入技术相比，高速电力线通信(PLC)具有更强的市场竞争力。
应用推荐