Coregistration with Arosics and Orfeo

Having plenty of satellites available is nice. Having continuous imagery since the 80’s is great. Having better and better satellite imagery is amazing. But it comes a time when all these images must come together. All multi-sensor or long time-series satellite imagery datasets (they usually get long by merging multiple sensors) suffer from slight geographical misalignments. Sometimes these shifts are not important, e.g. creating a gif with urban expansion, but other times are critical, e. [Read More]

OpenGeoHub Summer School

Big EO Analytics (Andrei) was at the OpenGeoHub Summer School. Once again, a short trip to the neighbouring country (Germany), but the OpenGeoHub Summer School in Muenster opened an entire world for its students. With participants from all continents (31 countries), and expertise ranging from big data and machine learning to soils and polar region mapping, OpenGeoHub widened the view on the Remote Sensing field. My favorite lecture was Marius Appel’s presentation of gdalcubes. [Read More]

First project meeting

Full day. Lots of excitement. We had an interesting discussion on the proposals of our PhD candidates Cost-benefit analysis for EO algorithm scaling Characterizing fire-related tropical forest change dynamics utilizing multi-sensor remote sensing data Is throwing more money for more computers always the solution? Can it even be a solution? When forest fires are involved, the fastest you can analyze the data, the faster you can act. Stay in touch to find out about the latest developments. [Read More]

Kick off meeting

Together with the User Committee and NWO we (Wageningen UR) kick started the Big EO Analytics project at Wageningen University. As a first order of business, we are welcoming our newest enthusiastic member of the user committee, Orbital Eye

Big EO Analytics got granted

The NWO Domain Applied and Engineering Sciences Board has granted the Big EO Analytics project eithin the Open Technology Programme. Europe recently launched Copernicus Sentinel satellite missions marking a new era for Earth Observation. Ground breaking RADAR (Sentinel-1) and optical (Sentinel 2) dense satellite time series data with global coverage are available free-of-charge to support services and science. The sheer volume of the data and information brings a big data challenge for the Earth Observation community. [Read More]