| Title |
Localization of Human Motion Using a 8?8 Phased Array Antenna |
| Authors |
고호석(Hoseok Goh) ; 한희제(Heeje Han) ; 박순우(Soonwoo Park) ; 김찬우(Chan-woo Kim) ; 김홍준(Hongjoon Kim) |
| DOI |
http://doi.org/10.5370/KIEE.2018.67.9.1197 |
| Keywords |
Radar ; Phased Array Antenna ; Localization ; Doppler effect |
| Abstract |
In this paper, a Doppler radar for a localization of a human motion is demonstrated. In the system, we used a 8?8 phased array antenna using metamaterial phase shifters for easy and precise control of antenna beam pattern. Scanning area is a circular sector with an inscribed angle of 60° and a diameter of 45m. This area is divided with 15 designated area and each area is scanned for 0.2 second. When there is a motion in a designated area, we are able to detect a frequency shift due to a Doppler effect. In this way it is possible to detect the location of motion. The experiment shows that 78% of position accuracy. The remaining 22% occurred the surroundings of the designated area. |