AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |
Back to Blog
Anomaly 2 resolution3/12/2023 ![]() Often times, there is a bias error in the camera pointing, SOCET SET uses a generic pushbroom sensor model to relate the image space ![]() Such as spacecraft coordinates, altitude, Euler angles, and ephemeris positions. Radiometrically corrected NAC images and a list of keywords of relevant parameters, The files imported into SOCET SET are Level 1 Routines ingest the image files, perform a radiometric correction, and export toĪ format SOCET SET accepts. To generate a DTM, we use a combination of the USGS Integrated Softwareįor Imagers and Spectrometers (ISIS) and SOCET SET from BAE Systems. Of the stereo pairs have been made into DTMs. Due to the time-intensive process, not all Opportunities are limited to four per day. Nadir rolls interfere with the data collection of the other instruments, so LROC slew Through images acquired from two orbits (with at least one off-nadir slew). LROC was not designed as a stereo system, but can obtain stereo pairs The detailed information available in the Technical Guide is focused upon users such as academics and industrial software engineers who have experience of similar Earth observation missions, and expertise in data manipulation and management.LROC NAC Digital Terrain Models (DTM) are made from geometric stereo pairs (two images of the sameĪrea on the ground, taken from different view angles under nearly the same The Technical Guide provides a point of engagement for ESA and the Sentinel-2 technical user community. Provides information on the terms used in the acquisition and processing of Sentinel-2 products.įor an in-depth description of the Sentinel-2 mission's products and algorithms, and details of the MSI and its performance, refer to the Sentinel-2 Technical Guide. Provides information on the anomalies affecting Sentinel-2 products quality. Highlights the Sentinel-2 Toolbox that will be available to facilitate the handling, post-processing and scientific analysis of the data products from the Sentinel-2 mission. Outlines the data format in which users will get the Sentinel-2 Level-1 and Level-2 products. Gives a brief description of the mission, as well as introducing the product formats available and the geophysical parameters measured.ĭescribes Sentinel-2 support to four Copernicus core services: land monitoring, emergency management, security and climate change, and associated thematic applications.ĭescribes the granularity of Sentinel-2 products relative to their product level.ĭescribes the processing levels in which Sentinel-2 products are provided - Level-0, Level-1 and Level-2.ĭefines the temporal, radiometric and spatial resolution of the Sentinel-2 mission.ĭescribes the high frequency of revisit for the systematic global coverage of land surfaces that forms the core of the Sentinel-2 mission, and the latitudinal limits of the coverage.ĭescribes the data naming conventions used for the two product levels (Level-1B and Level-1C) made available to users. This information has been harmonised for all the Sentinel missions and can be accessed under each category via the User Guides panel on the right of each instrument User Guide page. The User Guide also provides information on the relevant applications of each instrument, the format of the products and the software tools required to interpret the data. The Sentinel-2 User Guide provides a high level description of the MultiSpectral Instrument (MSI), its coverage and acquisition, and available product levels.
0 Comments
Read More
Leave a Reply. |