Remote Sensing Data Assimilation Special IssueInternational audienceIn this article we propose a new method to estimate ocean mesoscale structures of the surface current velocity by processing sea surface satellite images. Assuming that the intensity level can be described by a transport-diffusion equation, the proposed approach is based on variational assimilation of image observations within a simple transport-diffusion model. This approach permits to retrieve the current velocity field from a sequence of satellite images. Results of processing synthetic data and real NOAA-AVHRR satellite images are presented and commented
International audienceWe tackle the problem of coupling a geophysical simulation model with data com...
The variational data assimilation technique has been applied to the reconstruction of a mesoscale oc...
International audienceWe consider the problem of reconstructing the meso-scale features of the curre...
Remote Sensing Data Assimilation Special IssueInternational audienceIn this article we propose a new...
International audienceVariational assimilation method is applied to retrieve the sea surface velocit...
Abstract: Satellite image sequences permit to visualise oceans ’ surface and their underlying dynami...
Ocean currents play a key role in Earth's climate – they impact almost any process taking place in ...
International audienceThe paper presents a motion estimation method based on data assimilation in a ...
[Notes_IRSTEA]Article number 8430804 [Departement_IRSTEA]Ecotechnologies [TR1_IRSTEA]SPEE [ADD1_IRST...
International audienceThis paper aims at estimating the apparent velocity from sequences of satellit...
In this paper, we propose a data assimilation method for consistently estimating the velocity fields...
The objective of this study is to compute the surface circulation velocity from oceanographic satell...
International audienceThe objective of this study is to compute the surface circulation velocity fro...
The paper discusses the estimation of surface motion from satellite acquisitions of Black Sea. Estim...
International audienceSatellite image sequences visualise the ocean surface and allow assessing its ...
International audienceWe tackle the problem of coupling a geophysical simulation model with data com...
The variational data assimilation technique has been applied to the reconstruction of a mesoscale oc...
International audienceWe consider the problem of reconstructing the meso-scale features of the curre...
Remote Sensing Data Assimilation Special IssueInternational audienceIn this article we propose a new...
International audienceVariational assimilation method is applied to retrieve the sea surface velocit...
Abstract: Satellite image sequences permit to visualise oceans ’ surface and their underlying dynami...
Ocean currents play a key role in Earth's climate – they impact almost any process taking place in ...
International audienceThe paper presents a motion estimation method based on data assimilation in a ...
[Notes_IRSTEA]Article number 8430804 [Departement_IRSTEA]Ecotechnologies [TR1_IRSTEA]SPEE [ADD1_IRST...
International audienceThis paper aims at estimating the apparent velocity from sequences of satellit...
In this paper, we propose a data assimilation method for consistently estimating the velocity fields...
The objective of this study is to compute the surface circulation velocity from oceanographic satell...
International audienceThe objective of this study is to compute the surface circulation velocity fro...
The paper discusses the estimation of surface motion from satellite acquisitions of Black Sea. Estim...
International audienceSatellite image sequences visualise the ocean surface and allow assessing its ...
International audienceWe tackle the problem of coupling a geophysical simulation model with data com...
The variational data assimilation technique has been applied to the reconstruction of a mesoscale oc...
International audienceWe consider the problem of reconstructing the meso-scale features of the curre...