Light detection and ranging (lidar) can record a 3D environment as point clouds, which are
unstructured and difficult to process efficiently. Point cloud segmentation is an effective …

Separating ground from non-ground points is a challenging and essential task before the
applications of airborne Light Detection And Ranging (LiDAR) data. The classical filters …

Airborne Light Detection and Ranging (LiDAR) is a popular active remote sensing
technology that has been developing very rapidly in recent years. To solve the problems of …

Over the past decades, plenty of filtering algorithms have been presented to distinguish
ground and non-ground points from airborne LiDAR point clouds. However, with the existing …

The acquisition and application of high-resolution ground object elevation information and
spectral information is a frontier scientific problem in the development of earth observation …

To meet the urgent need for surveying and mapping using remote sensing instruments, a
hyperspectral imaging lidar using a supercontinuum laser is proposed. This novel lidar …

With continuous technological development, the future development trend of LiDAR in the
field of remote sensing and mapping is to obtain the elevation and spectral information of …

摘要提出一种高光谱成像激光雷达系统的光学结构设计, 并对系统的光学辐射定标方法进行研究
. 利用单色仪对出射光的精细扫描, 确定高光谱成像雷达每个探测通道的带宽和中心波长 …

Filtering is a key step for most airborne lidar post-applications in urban areas. To solve the
problems of complex parameter settings and low filtering accuracy in complicated urban …

Laser point cloud filtering is a fundamental step in various applications of light detection and
ranging (LiDAR) data. The progressive triangulated irregular network (TIN) densification …