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Digital watershed project's LiDAR
According to the characteristics of large range of test area and short construction period, our company adopted several sets of UAV equipment to collect 3.5cm real three-dimensional image in the test area within two months.
In the later stage, the self-developed P3C point cloud data classification and processing software greatly improved the accuracy of DEM achievements and provided strong support for the construction of intelligent water conservancy system.
RELATED DEVICE
The RIEGL VQ-780II Airborne LiDAR
Y-1 VTOL Fixed-Wing UAV
Farsight™ Unattended Low-Altitude System
RIEGL VQ-1560i
UltraCam Eagle Mark 3
AIMS-H Multimodal (Long-Focal Length Version)
Aerial Integrated Multi-sensor
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LiDAR is an active Remote sensing system. An active system means that the system itself generates energy - in this case, light - to measure things on the ground. In a LiDAR system, light is emitted from a rapidly firing laser. You can imagine light quickly strobing from a laser light source. This light travels to the ground and reflects off of things like buildings and tree branches. The reflected light energy then returns to the LiDAR sensor where it is recorded. More > -
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What Are the Different Uses of LiDAR Processing?
LiDAR (Light Detection and Ranging) technology and processing is used in a wide range of research and practical applications. With its ability to measure dimensions, distances, textures, and many other aspects of targeted subjects, LiDAR processing has become an increasingly important tool in geology, geography, surveying, agriculture, and forestry. Atmospheric sciences, archaeology, seismology, and geomatics also depend on data gathered using LIDAR processing for research, while physics and astronomy benefit from LiDAR's ability to create highly precise maps. More >
