Location: Courses shall take place every Tuesday from 9:00 to 12:00, from January 10th until March 28st 2023 at ENS Paris-Saclay, 4 Avenue des Sciences, 91190 Gif-sur-Yvette, France.
Network & Server access: For the practical work (TPs) you must bring your own laptop and configure it to connect to the eduroam WiFi network.
Access the TPs here (password will be provided during the lecture)
If there is one source of big data today, it is the continuous stream of high-resolution images from Earth observation satellites. The combined bandwidth of all commercial satellites is of several Terabytes per hour. A good understanding of these systems and instruments allows to fully take advantage of this source of information. This course is a well balanced mix of mathematical modeling of these systems and practical works handling remote sensing images retrieved either from space agencies or private providers to solve real-scale imaging problems.
The following issues are addressed during the course: (1) modeling of optical and SAR (Synthetic Aperture Radar) acquisition systems and radiometric and geometric corrections; (2) recovering 3D information from optical and SAR sensors (stereo-vision and multi-stereo, point matching, sub-pixel accuracy, interferometry), (3) time series creation and analysis (change detection, multi-temporal change analysis, either on single modality or combining heterogeneous sensors). The required mathematical tools are introduced along the way. Namely, variational calculus, discrete and continuous optimization, approximation theory and spectral analysis, mathematical morphology, statistical modeling and inference.
The courses will be closely linked to practical work sessions (during the course or to do on your own) giving you a straightforward expertise to handle these data. Usage of a personal laptop is encouraged for practical sessions.
Evaluation is done through practical works and a project done all along the period. The projects are dedicated to current issues raised by the newly launched or upcoming sensors and rely on machine learning and/or image processing methods.
Carlo de Franchis,
- Practical works (to be delivered on the same day as the TPs): 25% of the grade
- Group project (20h): 75% of the grade
Where & When
École normale supérieure Paris-Saclay,
4 Avenue des Sciences, 91190 Gif-sur-Yvette, France.
Courses shall take place Tuesdays from 9:00 to 12:00, from January to March.
|Jan 10||1B14||1) What can be seen from space ?|
|Jan 17||1B14||2) Geometric modeling of optical satellites and application to 3D reconstruction|
|Jan 24||1B14||3) Modeling a Synthetic Aperture Radar instrument|
|Jan 31||1B14||4) How to recover 3D information with optical sensors ?|
|Feb 7||1B14||5) Sub-pixel matching and super-resolution|
|Feb 14||1B14||6) How to recover 3D information with SAR sensors ?|
|Feb 21||1B14||7) Generation and exploitation of 3D data|
|Feb 28||Project Work|
|Mar 7||1B14||8) Processing and exploitation of SAR data|
|Mar 14||1B14||9) Optical & SAR time series analysis|
|Mar 21||Project Work|
|Mar 28||1B14||Project Presentations|