We have developed a compact hyperspectral lidar system based on a continuous-wave
(CW) 445 nm diode laser and a double Scheimpflug imaging arrangement. The light-weight …

This work proposes a novel fluorescence Scheimpflug LiDAR (SLiDAR) technique based on
the Scheimpflug principle for three-dimension (3D) plant profile measurements. A 405 nm …

A versatile mobile optical remote sensing system utilizing light detection and ranging (lidar)
technology has been constructed and adapted for multidisciplinary environmental …

With the continuous expansion and refinement in plant detection range, reflection, and
fluorescence spectra present great research potentials and commercial values. Referring …

With the wide application of computer technology, how to carry out digital modeling and
virtual simulation for the protection of ancient buildings has become a new research field …

We have developed two different types of drone-based fluorescence lidar systems for
vegetation and marine environment monitoring, both based on violet CW diode lasers. An …

Chinese hybrid rice of different varieties, growing in paddies in the Pingqiao district, north of
Xinyang city, Henan province, China, was studied in detailed spectroscopic characteristics …

Based on the characteristics of optical absorption gas sensing technology (OA-GST) and
spatial heterodyne spectroscopy (SHS), a novel type of visual gas sensing technology (V …

A diversified and interdisciplinary lidar research program has been pursued during the
recent 10 years at South China Normal University in Guangzhou, China. The activities …

Light absorption gas sensing technology has the characteristics of massive parallelism,
cross-sensitivity and extensive responsiveness, which make it suitable for the sensing task …