The adjoint data assimilation technique is applied to the estimation of the spatially varying open boundary conditions (OBCs) for a numerical internal tidal ...

The adjoint data assimilation technique is applied to the estimation of the spatially varying open boundary conditions (OBCs) for a numerical internal tidal ...

The adjoint data assimilation technique is applied to the estimation of the spatially varying open boundary conditions (OBCs) for a numerical internal tidal ...

An adjoint internal tidal model is further calibrated with the ideal experiments. ... The spatially varying open boundary conditions are inverted successfully.

Abstract. The adjoint data assimilation technique is applied to the estimation of the spatially varying open boundary conditions (OBCs) for a numerical ...

Jan 13, 2023 · It is assumed that the linearized amplitudes/phases in the open boundary are spatially varying and can be represented by nonlinear functions.

Feb 26, 2013 · Based on a 2D tidal model, Cao et al. [15] and Guo et al. [16] studied the inversion of OBCs by assimilating the T/P altimeter data with adjoint ...

PDF | The isopycnic-coordinate internal tidal model with adjoint assimilation method is developed into a three-layer version. Two groups of ideal.

Jun 1, 2018 · An improved independent point (IP) scheme was proposed to estimate the open boundary conditions (OBCs) for a 3D internal tidal model through ...

The isopycnic-coordinate internal tidal model with adjoint assimilation method is developed into a three-layer version. Two groups.