Article | 12-April-2018
The use of semi-physical simulation platform for school laboratory and classroom building scene a lot of field measurements, analysis of power line channel transmission characteristics of the different environments, and features a three-dimensional graphic display of variable power line channel under different scenarios. At the same time in order to improve the efficiency of the data analysis, the use of MATLAB simulation software design based on off-line data analysis software GUI interface
Ye Jun,
Li songnong,
Sun Hongliang,
Hou Xingzhe
International Journal of Advanced Network, Monitoring and Controls, Volume 2 , ISSUE 3, 125–128
Article | 24-April-2018
Sun Hongliang,
Li songnong,
Ye Jun,
Hou Xingzhe,
Zheng ke,
Liu Dong,
Zhou Quan
International Journal of Advanced Network, Monitoring and Controls, Volume 2 , ISSUE 4, 190–193
Article | 23-April-2018
Noise power line channel is the largest low-voltage power line interference sources, it is not a simple additive white Gaussian noise, but a time-varying noise, and with different environments and change, which is mainly the work of each of the grid kinds of electrical equipment generates, including instant asynchronous impulse noise such as background noise switching power supply or generation of amateur radio and frequency synchronization with the grid and grid-cycle pulse noise generated by
Cheng Xiaoming,
Ye Jun,
Li songnong,
Sun Hongliang
International Journal of Advanced Network, Monitoring and Controls, Volume 2 , ISSUE 4, 94–97
Article | 24-April-2018
Low-voltage power line channel characteristics are designed for low voltage power line carrier communication system foundation. The paper used to design and develop a system for measuring the electrical characteristics of the low voltage power line communication network used to do high, including the noise characteristics of the input impedance characteristics, signal attenuation characteristics and systems, etc., a lot of experimental research. On this basis, the establishment of a low-voltage
Li songnong,
Liu Dong,
Sun Hongliang,
Hou Xingzhe,
Zheng ke,
Meng Xin,
Luo Zhishu
International Journal of Advanced Network, Monitoring and Controls, Volume 2 , ISSUE 4, 102–105