Add to ORKGInternational audienceEstimating surface circulation from satellite images is a hot subject for a large range of applications. Motion estimation from image data has been studied for long in the literature of Image Processing, and more recently in that of Data Assimilation (DA). This paper describes how the construction of dedicated spaces for projecting motion and image fields allows applying DA methods with a reduced model and eases the estimation of surface circulation on the whole Black Sea basin
International audienceThe paper describes a learning method on sliding windows for estimating appare...
International audienceThis paper describes a sliding windows assimilation method, that allows estima...
International audienceThe objective of this study is to compute the surface circulation velocity fro...
International audienceEstimating surface circulation from satellite images is a hot subject for a la...
Estimating surface circulation from satellite images is a hot subject for a large range of applicati...
International audienceSatellite image sequences permit to visualise oceans' surface and their underl...
International audienceThis research concerns the issue of estimating surface motion from satellite i...
International audienceSatellite image sequences visualise the ocean surface and allow assessing its ...
International audienceThis paper aims at estimating the apparent velocity from sequences of satellit...
International audienceThe paper presents a motion estimation method based on data assimilation in a ...
International audienceWe tackle the problem of coupling a geophysical simulation model with data com...
Section G1.1. ISBN: 978-88-9035-742-8International audienceSimulation models and image data are simu...
The paper discusses the estimation of surface motion from satellite acquisitions of Black Sea. Estim...
International audienceSatellite data are daily acquired over Black Sea and allow visualizing the sur...
International audienceMotion fields describing the ocean surface dynamics live in vectorial spaces o...
International audienceThe paper describes a learning method on sliding windows for estimating appare...
International audienceThis paper describes a sliding windows assimilation method, that allows estima...
International audienceThe objective of this study is to compute the surface circulation velocity fro...
International audienceEstimating surface circulation from satellite images is a hot subject for a la...
Estimating surface circulation from satellite images is a hot subject for a large range of applicati...
International audienceSatellite image sequences permit to visualise oceans' surface and their underl...
International audienceThis research concerns the issue of estimating surface motion from satellite i...
International audienceSatellite image sequences visualise the ocean surface and allow assessing its ...
International audienceThis paper aims at estimating the apparent velocity from sequences of satellit...
International audienceThe paper presents a motion estimation method based on data assimilation in a ...
International audienceWe tackle the problem of coupling a geophysical simulation model with data com...
Section G1.1. ISBN: 978-88-9035-742-8International audienceSimulation models and image data are simu...
The paper discusses the estimation of surface motion from satellite acquisitions of Black Sea. Estim...
International audienceSatellite data are daily acquired over Black Sea and allow visualizing the sur...
International audienceMotion fields describing the ocean surface dynamics live in vectorial spaces o...
International audienceThe paper describes a learning method on sliding windows for estimating appare...
International audienceThis paper describes a sliding windows assimilation method, that allows estima...
International audienceThe objective of this study is to compute the surface circulation velocity fro...