| Title |
An Implementation of UWB IR System for Long Distance and High-precision Localization |
| Authors |
Ki-Yun Kim ; Gil-Gyeom Kim ; Tae-Kwon Kim |
| DOI |
http://dx.doi.org/10.5207/JIEIE.2016.30.1.087 |
| Keywords |
Antenna ; Impulse ; IoT ; Localization ; Radar ; Sensor ; UWB |
| Abstract |
Recently, the interests of the precise localization are rapidly increasing, which are linked to IoT(Internet of Things) sensors. The precise localization in indoor environment can be utilized in navigation, security, anti-collision, and various location based services etc. However, conventional positioning sensors, such as PIR, ultrasonic, microwave etc. are vulnerable to weather or insensitive to direction of subject movement or low precision performance. In this paper we implement a UWB-IR localization system for long distance and high-precision localization, which is not affected by temperature, light and weather. The proposed system was divided and designed by H/W, Antenna, S/W parts, each of which was designed based on an accurate analysis and simulation. As a result, we can implemented and verified UWB IR system with precise localization performance. |