PROCESSING DATA LASER SCANNER
Course Overview
As the name implies, this tool serves to scan a
3-dimensional object (from a distance of course, without touching the object),
converts it into a form of CAD drawings, to then be processed further using
software specially made by the manufacturer of the Laser Scanner. Along with
the development of such tools, software to process the raw data from these
tools evolve, too, do not have to use special software tools default, but it
can use other CAD software that has been popular, such as AutoCAD, Solidworx,
CATIA, etc. another, simply by adding a plugin tool created by the makers of
particular periodicals Laser Scanner or CAD software maker.
In its development, the tool has proven to be applicable to many fields, such as oil & gas, mining, automotive, etc.
In its development, the tool has proven to be applicable to many fields, such as oil & gas, mining, automotive, etc.
Objectives
After
completing this course, participants will be able to:
·
Know how and
where to use the laser scanning technology
·
Plan and
perform a terrestrial laser scanning project
·
Register
point clouds taken from different stations
·
Georeference,
segment and classify the point clouds
·
Create
digital terrain model from LS data
·
Map the
images (textures) onto point cloud
·
Create
animated flythrough of the model
·
Publish the
model on Google Earth
Outline
|
·
The Principles
of Laser Scanners And Electronic Distance Measurement
·
Terrestrial
And Air-Born Laser Scanning
·
Metrological
Aspects: Error Analysis and Calibration
·
Transformation
(Registration) of Multiple Scans
·
Different Methods
for Geo-Referencing of Laser Scanning Data
·
The Principles
of Inertial Navigation System, its Combination With GPS and Its Use For
Georeferencing of Airborne Data
·
The Different
Methods for Point Cloud Visualization
·
Data
Selection and Filtering
·
Modelling
and Inspection
·
Data Processing
and Modeling Practice
Instructor
Iwan Aminto Adi, Ir, MT
|
