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기록

RADAR APPARATUS

발명심사 중
52조회수
21청구항 · 3 독립항
§ Ⅰ

개요

발명자

Filip Alexandru Rosu; Alexandru Girdianu; Ryan Haoyun Wu

IPC 분류

G1S 13/50G1S 7/41

CPC 분류

G1S13/505G1S7/415G1S7/418

A radar apparatus comprising one or more processors configured to: receive radar data comprising a plurality of samples representing the reflections of transmitted radar signals from one or more targets having been received by one or more antennas, the transmitted radar signals comprising a series of frequency stepped chirps; calculate a Doppler FFT based on the radar data by determining a Fourier transform of respective first-groups of the samples of the plurality of samples, wherein each first-group comprises a sample from each of the chirps of the series of chirps from a corresponding time-point during the respective chirp, to generate Doppler-FFT data; perform autoregressive linear prediction, wherein said autoregressive linear prediction is respectively applied to the samples of each chirp as represented in the Doppler-FFT data to generate extrapolated Doppler-FFT data; perform further processing to determine range and/or velocity of the targets based on the extrapolated Doppler-FFT data.

원문 (중국어)

A radar apparatus comprising one or more processors configured to: receive radar data comprising a plurality of samples representing the reflections of transmitted radar signals from one or more targets having been received by one or more antennas, the transmitted radar signals comprising a series of frequency stepped chirps; calculate a Doppler FFT based on the radar data by determining a Fourier transform of respective first-groups of the samples of the plurality of samples, wherein each first-group comprises a sample from each of the chirps of the series of chirps from a corresponding time-point during the respective chirp, to generate Doppler-FFT data; perform autoregressive linear prediction, wherein said autoregressive linear prediction is respectively applied to the samples of each chirp as represented in the Doppler-FFT data to generate extrapolated Doppler-FFT data; perform further processing to determine range and/or velocity of the targets based on the extrapolated Doppler-FFT data.