Description
PHOTOMOD UAS is a stand-alone full photogrammetric UAS-oriented software allows the user to process UAS data and acquire all types of value added photogrammetric products: DEM, 2D and 3D-vectors, orthomosaics.
The main techniques of UAS data processing in the PHOTOMOD system are rigorous photogrammetric processing of images with accuracy comparable with ground sample distance (GSD), and simplified method with absolute accuracies of about tens of meters. Functionality, high performance, simplified user-friendly interface and automation of photogrammetric operations are key benefits, allowing the user to consider PHOTOMOD UAS as the optimal solution for UAS data processing. The system allows the user to improve processing performance due to distributed processing approach, and uses most effectively the computational capabilities available. Block layout creation, cutlines building, tie points search and measurement, as well as DEM building and filtering are available in the system in fully automatic mode.
PHOTOMOD UAS advantages
- PHOTOMOD UAS allows the user to process UAS data and acquire all types of value added photogrammetric products: DEM, dDSM, 2D and 3D-vectors, orthomosaics.
- Complete image data processing workflow without third party products.
- Functionality, high performance, simplified user-friendly interface and automation of photogrammetric operations are key benefits, allowing the user to consider PHOTOMOD as the optimal solution for UAS data processing.
UAS projects processing
- The main techniques of UAS data processing in the PHOTOMOD system are rigorous photogrammetric processing of images with accuracy comparable with ground sample distance (GSD), and simplified method with absolute accuracies of about tens of meters.
- While there are many advantages of an unmanned survey, the features of the UAV data pose serious problems for photogrammetric processing. The low quality of images, the low accuracy of the on-board GPS / IMU data, the use of uncalibrated consumer cameras and bugs related to the instability of the flight — all this required adding to the PHOTOMOD system special tools to neutralize these disadvantages and to obtain high-quality deliverables.
Support and Training
- Ease of use: you are guided step-by-step through all stages of project processing.
- Prompt and effective technical support.
- Chinese, English, Greek, Russian, Spanish localizations.
- Full user manual.
- An international dealer network helps us to market, sell and support our products in 80 countries.
Additional information
| Year of introduction | 2015 |
|---|---|
| 3D superimposition | Y |
| Mosaicing of orthoimages | Y |
| True orthoimage generation | N |
| Dense DSM creating capability | Y |
| DSM to DTM filtering | Y |
| Automatic seam line creation | Y |
| Dense Image Matching | Y |
| Mapping facilities | Y |
| Semi-automatic corner point extraction | Y |
| Semi-automatic line feature extraction | Y |
| Semi-automatic building extraction | Y |
| Integration with scanned maps | Y |
| Checking facilities (DEM editing) | Y |
| Integration with 2D vector maps | Y |
| Integration with 3D vector maps | Y |
| Integration with point clouds | Y |
| Automatic texturing | N |
| Length | Y |
| Area | Y |
| Volume | Y |
| Distinguishable features | Professional photogrammetric UAS-oriented software |
| Brand | Racurs |
| Addres | Racurs Ul, Yaroslavskaya, 13A, office 15 129366 Moscow Russia |
| Automatic contour generation | Y |
| Automatic breakline extraction | N |
| Year of last update | 2019 |
| UAS Images | Y |
| License configuration | Lite, time-limited, cloud |
| Regional settings available | English, Chinese, Greek, Russian, Spanish |
| System includes hardware | N |
| Operating system(s) | Microsoft Windows |
| CPU (preferred) | Intel Core i7 |
| Preferred RAM memory [Mb] | 32 |
| Preferred data storage capacity [Gb] | 4000 |
| 64-bit version of software available | Y |
| Distributed processing capacity | Y |
| GPU based calculations | Y |
| Automatic contrast manipulations | Y |
| Automatic matching | Y |
| Spatial convolution | Y |
| Radiometric corrections | Y |
| Radiometric adjustment for mosaicing | Y |
| Automatic interior | Y |
| Relative | Y |
| Automatic aerotriangulation | Y |
| Automated blunder detection | Y |
| Self calibration | Y |
| images simultaneously processed | Y |
| Automatic Relative | Y |
| URL |
