In this paper, we design the signal processing unit to effectively support the proposed algorithm for an automotive Frequency Modulation Continuous Wave(FMCW) radar. In the proposed method, we can obtain the distance and velocity with improved error depending on each range(long, middle, and short) of the target. Since a high computational capacity is required to obtain more accurate distance and velocity for target in near range, the proposed signal processing unit employs the time de-interleaving and the frequency interpolation method to overcome the limitation. Moreover, for real-time signal processing, the parallel architecture is used to extract simultaneously the distance and velocity in each range.
Research Interests
Radar Sensor; 레이더 센서; Radar System; 레이더 시스템; Radar Signal Processing; 레이더; Radar Detection; 레이더 탐지; Radar Classification; 레이더 인지; Automotive Radar; 차량용 레이더; Surveillance Radar; 감시 레이더; Commercial Radar; 산업 레이더; Defence Radar; 국방 레이더; IoT Radar; IoT 레이더