AbstractThe paper reviews and generalizes recent filtering and smoothing algorithms for observations generated by a state model. In particular the paper discusses the modified Kalman filter derived by Ansley and Kohn (1985) and Kohn and Ansley (1986) to deal with state space models having partially diffuse initial conditions, and shows how to compute the limiting normalized likelihood of the observations for such models. The paper also discusses and generalizes the new smoothing algorithm presented by Kohn and Ansley (1987c, 1989) and extends it to state space models with partially diffuse initial conditions
State space model is a class of models where the observations are driven by underlying stochastic pr...
International audienceA prevalent problem in general state space models is the approximation of the ...
This thesis illustrates two approaches for the evaluation of forecasting, filtering and smoothing f...
AbstractThe paper reviews and generalizes recent filtering and smoothing algorithms for observations...
This paper derives an expression for the likelihood for a state space model. The expression can be e...
This paper gives a new approach to diffuse filtering and smoothing for multivariate state space mode...
State space models with non-stationary processes and/or fixed regression effects require a state vec...
The smoothing filter is appropriately modified for state space models with an unknown initial condit...
In this paper a square root algorithm is proposed for estimating linear state space models. A partic...
Abstract: Known results for the general linear mixed model and its special case, the variance compon...
The State Space Model (SSM) encompasses the class of multivariate linear models, in particular, reg...
This paper presents exact recursions for calculating the mean and mean square error matrix of the st...
State-space smoothing has found many applications in science and engineering. Under linear and Gauss...
In likelihood-based approaches to robustify state space models, Gaussian error distributions are rep...
Abstract Two-filter smoothing is a principled approach for performing optimal smoothing in non-linea...
State space model is a class of models where the observations are driven by underlying stochastic pr...
International audienceA prevalent problem in general state space models is the approximation of the ...
This thesis illustrates two approaches for the evaluation of forecasting, filtering and smoothing f...
AbstractThe paper reviews and generalizes recent filtering and smoothing algorithms for observations...
This paper derives an expression for the likelihood for a state space model. The expression can be e...
This paper gives a new approach to diffuse filtering and smoothing for multivariate state space mode...
State space models with non-stationary processes and/or fixed regression effects require a state vec...
The smoothing filter is appropriately modified for state space models with an unknown initial condit...
In this paper a square root algorithm is proposed for estimating linear state space models. A partic...
Abstract: Known results for the general linear mixed model and its special case, the variance compon...
The State Space Model (SSM) encompasses the class of multivariate linear models, in particular, reg...
This paper presents exact recursions for calculating the mean and mean square error matrix of the st...
State-space smoothing has found many applications in science and engineering. Under linear and Gauss...
In likelihood-based approaches to robustify state space models, Gaussian error distributions are rep...
Abstract Two-filter smoothing is a principled approach for performing optimal smoothing in non-linea...
State space model is a class of models where the observations are driven by underlying stochastic pr...
International audienceA prevalent problem in general state space models is the approximation of the ...
This thesis illustrates two approaches for the evaluation of forecasting, filtering and smoothing f...