Impact craters in planetary science are used to date and characterize planetary surfaces and study the geological history of planets. It is therefore an important task which traditionally has been achieved by means of visual inspection of images. This talk will present a currently ongoing RAMP challenge with the goal to predict the location and size of craters on Mars based on a satellite...
Recently, there is a new phenomena of fake news and alternative facts. No one deliberately and consciously desires false information but paradoxically, people pervasively consume fake information. It is essential to restore people's confidence in reliable, fact-checking sources, and reduce media bias whether perceived or real. We believe that exploring artificial intelligence technologies...
This RAMP project aims at training scientist and students at missing data completion applied to satellite images. The principle is to propose a challenge around few test-images to complete (we can chose chlorophyll-a image of ocean
surface which can present a multitude of different problems).
Study of turbulence using numerical tools such as Direct Numerical Simulations, Large Eddy Simulations, etc.
leads to an analysis of large amount of data to discover the underlying physical mechanisms. Estimation of a
turbulent flow using few sensor measurements is yet another important problem in fluid mechanics, which also
involves big data analysis. In this project, we analyze turbulent...
