LIDAR DBGS Tool Suite
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Fast Accurate Point Cloud Visualization, Analysis, and DBGS Polygonal Translation

Transform a LIDAR scan into a point cloud. Use the point cloud to detect terrain surfaces. Extract buildings, vehicles, and other objects from the point cloud. Create a polygonal database that uses these elements.

Why use LIDAR?

The utilization of LIDAR sensor devices during the Iraq war has generated a proliferation of LIDAR source data that has not been fully tapped by simulation applications until now.

The benefits of using LIDAR data is that it can be highly detailed and very current.

The challenges of using LIDAR data are primarily managing the extreme data density and rectifying significant spatial errors between LIDAR scans.

Watch a video of LIDAR Fusion in action.

Download Datasheet on LIDAR Fusion.

Rapid and Reliable

Under a NAVAIR SBIR, CG2 undertook implementation of a fully automated technique for extraction of terrain, man-made, and natural objects from multiple viewpoint LIDAR data.

The result is LIDAR Fusion DBGS, an automated tool to convert LIDAR source data into OpenFlight visual databases with minimal user interaction.  

Unlike other LIDAR processing tools, LIDAR DBGS can work with low-altitude or ground collected LIDAR data, as well as overhead data.  

This means that in addition to roof top elevations, all the details collected on the sides of buildings are preserved and rendered exactly as they occur in the real world. This capability is unique to LIDAR Fusion DBGS.  

LIDAR Fusion DBGS can derive a 3D virtual database from a series of LIDAR scans and from multiple overlapping LIDAR scans from multiple perspectives.  This LIDAR Sensor Fusion feature can generate the most complete and accurate 3D representation possible with LIDAR source data.

Who Can Benefit?

  • Mission rehearsal teams that need rapid synthetic environment generation from newly collected source.
  • Civil and Homeland Defense groups using sensors for observation and analysis of critical situations.
  • Visual training communities that require highly accurate geospecific synthetic environments. 
  • Visual Simulation System providers looking to reduce production costs while increasing scene accuracy. 

Request a Trial Version of the LIDAR Fusion Point Cloud Viewer

The LIDAR Fusion DBGS Tool Suite
Viewer Combine multiple LIDAR point clouds within a single 3D geospatial reference
  • Source data capture can be from oblique or nadir scans
  • Fuse areas of overlap
Registrar Correct geospatial errors between overlapping LIDAR source scans
Interpreter Identify features within the fused point cloud
  • Terrain
  • Natural features
  • Man-made features
DBGS
Formatter
Extract features for VISSIM / IG utilization
  • Create synthetic environment databases in industry standard formats
  • OpenFlight, Shapefile, GeoTIFF
  • Automate the conversion from point cloud to database
  • Generate a geospecific representation of terrain, trees, and buildings
  • Reduce manual database generation labor from months to hours
The LIDAR Fusion DBGS Features
The LIDAR Fusion toolset allows you to merge and manipulate multiple LIDAR scans.
LIDAR FUSION TOOLSET (GUI & API)
  • Import, Merge, & Display Point Cloud Scans in 3D
  • Automatically Analyze, Interpret, and Display 3D Point Cloud
  • Query & Visualize Information
  • Export File Formats
Databases can be created automatically using imported LIDAR data.
RAPID AUTOMATIC VISUAL DB
CREATION
Colorizing point clouds allows details to become visible.
3D INTERACTIVE LIDAR POINT CLOUD
VIEWER
  • 3D and Oblique scans have details, such as walls
    and windows, that 2D and nadir scans miss.
Trees and geospecific features can be detected and placed in the database.
AUTOMATIC GEOSPECIFIC TREE
CREATION
Features and elevations can have different colors to distinguish them.
GEOINT QUERY OF FEATURES &
ELEVATIONS
A database of downtown San Diego generated from LIDAR scans.
URBAN SPRAWL - SAN DIEGO
FROM LIDAR
Request a Trial Version of the LIDAR Fusion Point Cloud Viewer