Inverse and Variational Data Assimilation Problems in the Geophysical Hydrodynamics: Theory and Application

Chairs: V. Agoshkov, A. Hasanoglu (Hasanov)

Speakers:

Valery I. Agoshkov, agoshkov@inm.ras.ru
Institute of Numerical Mathematics Russian Academy of Sciences, Russia
Study and solution of a class of the inverse problems for the ocean nonlinear hydrothermodynamics model

Victor Shutyaev*, shutyaev@inm.ras.ru
F. X Le Dimet**, I. Gejadze ***
*Institute of Numerical Mathematics, Russian
Academy of Sciences, Russia
**MOISE project (CNRS, INRIA, UJF,
INPG); LJK, Universite Joseph Fourier, France
***Department of Civil Engineering, University of Strathclyde, UK
Posterior covariances of optimal solution errors in variational data assimilation

Andrey S. Gritsun, andrusha@inm.ras.ru
Valentin P. Dymnikov
Institute of Numerical Mathematics Russian Academy of Sciences, Russia
Fluctuation-diffusion theorem and inverse problems of atmospheric dynamics

Vladimir B. Zalesny*, zalesny@inm.ras.ru
Christine Kazantsev**,
* INM RAS, Moscow, Russia,
**University J.Fourier, Grenoble, France
Ocean initialization algorithm based on splitting and adjoint equation method

Evgenia D. Karepova, e.d.karepova@icm.krasn.ru
Vladimir V. Shaidurov, Ekaterina V. Dementyeva
Institute of Numerical Modeling of Siberian Branch of Russian Academy of Sciences, Russia
Parallel implementation of numerical solution for some direct and inverse mathematical problems for tidal flows

Maxim V. Assovsky, agoshkov@inm.ras.ru
Valery I. Agoshkov, Evgeny A. Botvinovsky
Institute of Numerical Mathematics Russian Academy of Sciences, Russia
Variational data assimilation problem for the study of an inverse problem for the tidal dynamics model

Evgeny I. Parmuzin, parm@inm.ras.ru
Valery I.Agoshkov , Natalia B. Zakharova
Institute of Numerical Mathematics Russian Academy of Sciences, Russia
Study and numerical solution of the inverse problem on the vertical heat exchange coefficient in the ocean dynamics model

V. G. Yakhno, valery.yakhno@deu.edu.tr
Dokuz Eylul University, Turkey
Deriving Green’s function of the time-dependent Maxwell’s equations in anisotropic dielectrics: application for direct and inverse problems solving