Moving target detection on an iron-bridge using phase analysis for automotive FMCW radar

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SCOPUS

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초록

When driving on an iron-bridge, stationary iron-clutters cause disturbances in the detection of a moving target in an automotive radar system. In this Letter, the authors propose a moving target detection method that utilises phase similarity of the spatial domain on an iron-bridge. To analyse the spatial domain via the array antenna signal of the up- and down-chirp beat-frequencies, the frequency-modulated continuous wave (FMCW)-phased array radar signal was used. It is possible to match the up- and down-chirp beat-frequencies of each object, moving target, and stationary iron-clutters, by using the proposed method. Not only the moving target but also the ego-vehicle and moving target velocity are detected through this matching. The suitability of the proposed method is verified by on-road measurement data using a 77 GHz FMCW-phased array radar.

키워드

FM radarroad vehicle radarCW radarphased array radarobject detectioniron-bridgephase analysisautomotive FMCW radarstationary iron-cluttersautomotive radar systemmoving target detection methodphase similarityspatial domainarray antenna signaldown-chirp beat-frequenciesfrequency-modulated continuous wave-phased array radar signalego-vehiclemoving target velocity77 GHz FMCW-phased array radarfrequency 770 GHzCLUTTER SUPPRESSION
제목
Moving target detection on an iron-bridge using phase analysis for automotive FMCW radar
저자
Kim, DaehyunLee, JinguJeong, SeongheeKim, Younglok
DOI
10.1049/el.2019.2303
발행일
2019-10-31
유형
Article
저널명
Electronics Letters
55
22
페이지
1196 ~ 1198