The Kalman filter (KF) dates back to 1960, when R. E. Kalman [4] provided a recursive algorithm to compute the solution of a (linear) data filtering and prediction problem, proving to be much more efficient than the N. Wiener’s approach, introduced in 1949 in [5]. Data filtering is a simple example of Data Assimilation problem which can be regarded as a least squares approximation problem and, more precisely, as an inverse ill-posed problem. 
In this paper we review and discuss KF in the context of numerical regularization methods aimed to solve ill-posed inverse problems such those arising in Data Assimilation applications.

Numerical methods for data assimilation: Kalman filter / D'Amore, Luisa; Arcucci, R.; Murli, A.. - STAMPA. - RP - CMCC - 165 - 2012:(2012).

Numerical methods for data assimilation: Kalman filter

D'AMORE, LUISA;
2012

Abstract

The Kalman filter (KF) dates back to 1960, when R. E. Kalman [4] provided a recursive algorithm to compute the solution of a (linear) data filtering and prediction problem, proving to be much more efficient than the N. Wiener’s approach, introduced in 1949 in [5]. Data filtering is a simple example of Data Assimilation problem which can be regarded as a least squares approximation problem and, more precisely, as an inverse ill-posed problem. 
In this paper we review and discuss KF in the context of numerical regularization methods aimed to solve ill-posed inverse problems such those arising in Data Assimilation applications.
2012
Numerical methods for data assimilation: Kalman filter / D'Amore, Luisa; Arcucci, R.; Murli, A.. - STAMPA. - RP - CMCC - 165 - 2012:(2012).
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11588/561326
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