Add to ORKGThe present paper is an outcome of a research carried out at the Dynamic Systems project and the project on Advanced Computer Applications in 1994/95. The research is motivated by a problem of reconstruction of time-varying intensities of pollution sources in a water reservoir via measuring pollutant concentrations in accessible domains. We start with convergent input estimation algorithms for a system described by a general parabolic equation. One of the algorithms is specified for a particular diffusion-type groundwater contamination model, and tested numerically
Some aspects of management of contamination risks based on monitoring contamination sources are unde...
A method to determine parameters appearing in systems of nonlinear parabolic partial differential eq...
The problem of reconstructing the intensity of a source function in a parabolic equation is consider...
This paper introduces three estimation problems for parabolic systems: the estimation of the intensi...
International audienceIn this paper we propose a state estimation method for linear parabolic partia...
AbstractIn this paper we develop a convergence theory for estimating time dependent parameters in a ...
In this paper we develop a convergence theory for estimating time dependent parameters in a general ...
Spline based techniques for estimating spatially varying parameters that appear in parabolic distrib...
This paper introduces a series of problems on state estimation for parabolic systems on the basis of...
Natural systems are heterogeneous and they contain noise due to random inputs, irregular varying coe...
In this work, we consider the problem of identifying the time independent source for full parabolic ...
This paper deals with a specific inverse problem of dynamics for a system described by a parabolic i...
This report deals with the problem of guaranteed estimation of the state of a distributed system on ...
The problem of reconstructing distributed inputs in linear parabolic equations is investigated. The ...
Two problems for the linear distributed parameter systems of parabolic type motivated by environment...
Some aspects of management of contamination risks based on monitoring contamination sources are unde...
A method to determine parameters appearing in systems of nonlinear parabolic partial differential eq...
The problem of reconstructing the intensity of a source function in a parabolic equation is consider...
This paper introduces three estimation problems for parabolic systems: the estimation of the intensi...
International audienceIn this paper we propose a state estimation method for linear parabolic partia...
AbstractIn this paper we develop a convergence theory for estimating time dependent parameters in a ...
In this paper we develop a convergence theory for estimating time dependent parameters in a general ...
Spline based techniques for estimating spatially varying parameters that appear in parabolic distrib...
This paper introduces a series of problems on state estimation for parabolic systems on the basis of...
Natural systems are heterogeneous and they contain noise due to random inputs, irregular varying coe...
In this work, we consider the problem of identifying the time independent source for full parabolic ...
This paper deals with a specific inverse problem of dynamics for a system described by a parabolic i...
This report deals with the problem of guaranteed estimation of the state of a distributed system on ...
The problem of reconstructing distributed inputs in linear parabolic equations is investigated. The ...
Two problems for the linear distributed parameter systems of parabolic type motivated by environment...
Some aspects of management of contamination risks based on monitoring contamination sources are unde...
A method to determine parameters appearing in systems of nonlinear parabolic partial differential eq...
The problem of reconstructing the intensity of a source function in a parabolic equation is consider...