Are you a space engineer? Or just an enthusiastic, well-educated, tech savvy student or professional with a passion for space and innovation? Swedish Space Data Lab, Arctic Business and Innovatum Startup invite you to the Space Data Hackathon!
Now you can contribute to space data research and help us accelerate the development of Swedish AI by participating in our Space Data Hackaton on the theme cloud occluded satellites images. Participants will get access to Copernicus data, support from experts and the option to follow topic specific webinars/workshops from experienced mentors, before and during the hackathon.
And of course there is a jury and a grand prize!
The availability of large amounts of satellite imagery data through the European Copernicus project and open source platforms like the OpenDataCube (ODC) greatly bolsters the opportunities to apply classical machine learning and deep learning algorithms.
These models can be employed to meet many challenges. One challenge often arising in the analysis of satellite data is that of cloud occlusion. Depending on the time of the year and the location of the Area of Interest (AoI) clouds can fully or partially cover the image and hamper the analysis. There are, however, many methods available for the estimation of missing data.
Part 1 in this challenge is to use the Swedish satellite data (provided through ODC) to train a model that is able to estimate certain statistics for an occluded area based on the information from the surrounding area, as reliably and accurately as possible.
Part 2 in this challenge is to develop a viable business case for the solution developed or from techniques utillsed to develop the solution. Team will be given a framework to follow for this aspect of the challenge.
The Space Data Hackaton is arranged in collaboration with Swedish Space Data Lab, Arctic Business and Innovatum Startup.
About the National Space Data LabThe project is funded by Vinnova and operates in partnership with the Swedish Space Agency (Rymdstyrelsen), AI innovation of Sweden, Luleå Technical University and RISE Research Institutes of Sweden.