![erdas imagine 2014 image radiometric calibration erdas imagine 2014 image radiometric calibration](https://i.ytimg.com/vi/w6N-DbIKtG0/maxresdefault.jpg)
- #Erdas imagine 2014 image radiometric calibration pro#
- #Erdas imagine 2014 image radiometric calibration software#
#Erdas imagine 2014 image radiometric calibration pro#
#Erdas imagine 2014 image radiometric calibration software#
While the initial release of IMAGINE Photogrammetry (called "Leica Photogrammetry Suite 8.7") was in late 2003, it was a combination of new technology as well as software previously developed by ERDAS (which was acquired by Leica Geosystems in 2003). This is an emerging workflow that is suitable for remote area mapping. Direct Georeferencing: ground control points (GCPs) are not used because the aircraft is equipped with Airborne GPS and IMU systems.In addition to the workflows above, IMAGINE Photogrammetry also supports the following applications:
![erdas imagine 2014 image radiometric calibration erdas imagine 2014 image radiometric calibration](https://www.researchgate.net/publication/323783887/figure/fig3/AS:614020931411968@1523405406047/View-of-the-ERDAS-IMAGINE-Photogrammetry-for-the-GCP-collection-and-preparation_Q640.jpg)
In addition to this workflow, IMAGINE Photogrammetry supports 3D feature extraction, radiometric adjustment, and a number of additional digital image processing capabilities available from ERDAS IMAGINE, which is included with IMAGINE Photogrammetry.
![erdas imagine 2014 image radiometric calibration erdas imagine 2014 image radiometric calibration](https://www.spiedigitallibrary.org/ContentImages/Journals/JARSC4/14/1/016515/FigureImages/JARS_14_1_016515_f001.png)
Once an accurate 3D surface has been derived, triangulated images may be orthorectified. The system can automatically generate digital terrain models, which can be reviewed and edited in stereo. Once the images are triangulated, image pairs may be viewed in stereo and 3D measurements can be made. In the context of airborne film cameras, the workflow would involve scanning the imagery (creating a digital version of the film imagery), solving the interior orientation parameters, and triangulating the images. Imagery may come from remote sensing satellites, airborne cameras (film or digital), or ground-based cameras. There are a number of approaches for photogrammetric applications. Reports of your findings are easily generated and shared.īuilt-in workflows for geospatial processing and analysisĮNVI has automated workflows that help users easily and accurately extract information from all types of geospatial data.IMAGINE Photogrammetry is generally used for the processing of raw imagery through to the creation of geospatial data products such as digital terrain models, 3D features, and digital orthophotos. From there, ENVI workflows can be used to detect changes and anomalies, measure and extract features, model topographic characteristics and much more. Some of these tools include data calibration, pre-processing, atmospheric correction, pan sharpening, orthorectification and image registration. ENVI offers intuitive data visualization, processing and analysis.Ī suite of comprehensive data analysis tools are exposed as discrete tasks that guide users through image processing steps. It contains many easy-to-use tools that don’t require advanced training and education in remote sensing to get actionable results. ENVI image analysis and processing software is beneficial for everyone from entry level analysts to domain experts.