WiFi(RLAN) and a C-Band Weather Radar Interference

Metadata Downloads
Jongbin Moon Chansu Ryu
Issued Date
Weather Radar WiFi System Weather Radio Local Area Network
In the terrain of the Korean peninsula, mountainous and flat lands are complexly distributed in small areas. Therefore, local severe weather develops and disappears in a short time due to the influence of the terrain. Particularly in the case of local severe weather with heavy wind that has the greatest influence on aviation meteorology, the scale is very small, and it occurs and disappears in a short time, so it is impossible to predict with fragmentary data alone. So, we use weather radar to detect and predict local severe weather. However, due to the development of wireless communication services and the rapid increase of wireless devices, radio wave jamming and interference problems occur. In this research, we confirmed through the cases that when the radio interference echo which is one of the non-precipitation echoes that occur during the operation of the weather radar is displayed in the image, its form and shape are shown in a long bar shape, and have a strong dBZ. We also found the cause of the interference through the radio tracking process, and solved through the frequency channel negotiation and AP output minimizing. The more wireless devices increase as information communication technology develops in the future, the more emphasized the problem of radio wave interference will be, and we must make the radio interference eliminated through the development of the radio interference cancellation algorithm.
조선대학교 기초과학연구원
Jongbin Moon. (2017). WiFi(RLAN) and a C-Band Weather Radar Interference, 조선자연과학논문집 | Vol.10, No.4 p.216 ~ p.224
Laboratory article
Appears in Collections:
2017 > Vol.10, No.4
Authorize & License
  • AuthorizeOpen
Files in This Item:

Items in DSpace are protected by copyright, with all rights reserved, unless otherwise indicated.