MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + .srt | Duration: 9 lectures (2h 8m) | Size: 1.17 GB

What you'll learn:
Full photogrammetric operations automation with comprehensive quality control at all stages of data processing
Full line of data output: DTMs, 3D vectors, orthoimages, digital maps
General principles and main stages of the photogrammetric production line
topographic mapping, cadastral mapping, architecture and construction
PHOTOMOD is to provide the world-wide geospatial community with advanced and cost-effective digital photogrammetry solutions and services for creation of wide range of output products from the available remote sensing data.
Scope of activity
-Development of digital photogrammetric system PHOTOMOD and its promotion on the worldwide market
-Promotion of supplementary geoinformatics software products
-Satellite imagery distribution
-Photogrammetric production service.
Main PHOTOMOD advantages
- Complete image data processing workflow without third party products
- Wide range of supported sensors
- Full line of data output: DTMs, 3D vectors, orthoimages, digital maps
- Multiple data exchange formats
- Full photogrammetric operations automation with comprehensive quality control at all stages of data processing
- Flexible modular architecture
- High scalability to terabyte-sized mosaics
- Distributed network configurations for large projects implementation
- Wide choice of stereoviewing options: LCD glasses or screens, simple anaglyph glasses .
Main PHOTOMOD functions
-Aerial triangulation and block adjustment
-Processing of aerial and satellite images
-Flexible strategy for DTM generation and editing
-Contour lines building, editing and smoothing
-3D feature extraction
-Digital maps creation and output
The course
PHOTOMOD UAS Montage Desktop
- Creating backup copies of projects
- Project packing
PHOTOMOD UAS Raster Converter. Preparing images
- Data formats
- Images conversion options
- Radiometric correction
PHOTOMOD UAS Montage Desktop. "W/O project" mode
- Project coordinate system
- Loading georeferenced data
- Converting vector objects and images from one coordinate system to another
PHOTOMOD UAS Montage Desktop. Creating a project of the type "Central projection":
- Digital camera
- Specifying the project name
- Selection of the coordinate system
- Adding images to a resource project
PHOTOMOD UAS Montage Desktop. Main Toolbar
- Main window. Options
- Toolbars
PHOTOMOD GeoCalculator
- Coordinate systems and cartographic projections
- Tools for creating user-defined coordinate systems
PHOTOMOD UAS AT. Interior and relative orientation
- Import of exterior and interior orientation elements from metadata of digital cameras
- Interior orientation of images obtained from a digital camera passport
- Import of onboard elements of exterior orientation
- Direct georeferencing
- Automatic block splitting on strips
- Block adjustment using onboard elements of exterior orientation
- Manual measurement and editing of tie points
- Methods for automatic measurement of tie points
- Report on relative orientation. Visual control of results
- Measurement of control points
PHOTOMOD UAS Solver A. Network alignment
- Batch mode with aerotriangulation
- Methods for calculating the initial approximation
- Block adjustment methods
- Systematic errors compensation
- Network alignment using camera self-calibration tools
- Block adjustment report
PHOTOMOD UAS Montage Desktop. Stereo window
- Stereo modes
- Hotkeys
- Tools for controlling parallax
- Tools for managing the marker
- Creating and editing vector objects
PHOTOMOD UAS DTM. Creating a digital terrain model
- Variants of manual DEM creation
- Variants of automatic DEM creation
- Creation of digital terrain models:
- Pickets and structural lines
- Filtering of objects above the ground
- Editing of pickets and structural lines
- Construction of TIN and DEM in batch mode
- Working with contours
- Monitoring of the accuracy of DEM
- Calculation of volumes
- Import / Export
PHOTOMOD UAS dDSM. Dense DSM creation with SGM method
- Building dDSM
- Filtering dDSM:
- Buildings and vegetation filter;
- Slope-based filter
- Filling null cells
- Building 3d-point cloud in LAS format:
- LAS viewer
- Filtering 3d-points (LAS)
- Building True Ortho:
- Filling null cells
- Color balancing
PHOTOMOD UAS StereoDraw. Stereovectorization.
- Functional features of the module of creating and editing 3D objects.
- Using the classifier
- Operations with vector data
- Editing objects / vertices
- Group editing
- Working with layers
- Mode of automatic following on a relief
- Snapping
- Topological operations and topology control
- Exchange with GIS and CAD systems through popular formats. Working with attributes
- Semi-automatic function of digitizing roofs
PHOTOMOD UAS 3D-Mod. 3D-modeling
- 3D feature extraction with classifier
- Vectorization rules
- 3D-Mod tools
- Texture covering
- Animation recording
- Export of 3D-models to DXF, COLLADA (.dae) and other 3D-vector formats
PHOTOMOD Mosaic / GeoMosaic. Creating orthophotos
Mosaic project:
- Usage of various types of DEM for orthorectification
- Usage structural lines for orthorectification
- Select output raster formats
- Orthomosaic accuracy control
GeoMosaic Project:
- Loading of orthorectified images into the project
- Options for cutlines
- Automatic brightness adjustment tools
- Split into sheets
- Mosaic preview and building
Who this course is for

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