LIDAR performance is often evaluated after assembled prototypes are deployed for field
tests. However, this approach is resource-intensive, which necessitates more cost-effective …

Atmospheric lidar signal, measured by the lidar technique employing an image sensor,
suffers from sunlight shot noise, dark current noise, readout noise, and fixed pattern noise …

To provide references for the design of the lab's upcoming prototype of the compact
spaceborne lidar with a high-repetition-rate laser (CSLHRL), in this paper, the detection …

To capture and process environmental information, a compact lab-built LiDAR is designed
and constructed. The lab-built LiDAR utilizes a programmable-scanning-pattern image …

Airborne laser scanning, the preferred operational tool in remote sensing, surveying, and
mapping, is demonstrating outstanding capabilities in generating high-accuracy spatial data …

In recent years, imaging-based lidar techniques have been widely studied and employed in
atmospheric remote sensing, while different theoretical descriptions are introduced for lidar …

A 905-nm 5-kHz rep. rate diode-laser biaxial lidar ceilometer (cloud-height monitoring)
prototype is presented. The prototype uses a low-cost Fresnel lens and a low-NEP …

We present a general methodology for evaluating the capabilities of a general lidar system
encompassing both backscatter (elastic and Raman lidar) and topographic targets. By …

In this paper, the different detection techniques are investigated-Direct Detection and
Coherent Heterodyne Detection on FMCW LiDAR system using Optisystem package. The …

Lidar detectable range, usually affected by detection unit sensitivity, operating mode and
visibility, is a critical factor in system design and application. Classical lidar equation is …