A practical dual-path Frequency Modulated Continuous Wave (FMCW) lidar system capable
of simultaneous ranging and velocimetry was developed in this work. The setting of dual …

Frequency scanning interferometry (FSI) with a single external cavity diode laser (ECDL)
and time-invariant Kalman filtering is an effective technique for measuring the distance of a …

Aiming at the problems of Doppler-induced error and slow measurement rate in frequency-
swept interferometry, a novel dynamic clearance measuring method is proposed. By …

We propose a frequency-sweeping interferometry (FSI) with single external cavity diode
laser that can be used to measure the absolute distances of a dynamic target. Generally, the …

Traditional frequency-modulated continuous-wave lidar is to measure the distance of the
target through the spectrogram of the beat signal. In this paper, we propose a lidar system to …

We propose a frequency swept interferometry (FSI)-based absolute distance measurement
method that can be used to measure a noncooperative target located at a distance of 10s of …

A new frequency-scanning interferometry (FSI) scheme using in-phase and quadrature (IQ)
detection for real-time and rapid absolute optical ranging is presented. Dynamic …

Frequency modulation continuous wave (FMCW) Lidar inevitably suffers from vibration and
nonlinear frequency modulation, which influences the ranging and imaging results. In this …

Frequency scanning interferometry (FSI) is a promising technique for absolute distance
measurement and has been demonstrated in many industrial applications. However, in …

The frequency-scanning-interferometry-based (FSI-based) absolute ranging technology is a
type of ranging technology possessing a high precision and no ranging blind area, so it can …