Calculation of Lagrange multipliers in the construction of maximum entropy distributions in high stochastic dimension ∗ A. Batou † and C. Soize† Abstract. The research addressed here concerns the construction of the probability distribution of a random vector in high dimension using the maximum entropy (MaxEnt) principle under constraints defined by the available information. In this paper, a new algorithm, adapted to the high stochastic dimen-sion, is proposed to identify the Lagrange multipliers introduced to take into account the constraints in the MaxEnt principle. This new algorithm is based on (1) the minimization of an appropriate convex functional and (2) the construction of the probability distribution defined as the invariant meas...
Abstract:- Maximum entropy (MaxEnt) principle is a method for analyzing the available information in...
The maximum entropy (MaxEnt) method is a relatively new technique especially suitable for reconstruc...
Abstract. We show that a simple geometric result suffices to derive the form of the optimal solution...
International audienceThe research addressed here concerns the construction of the probability distr...
International audienceThe research addressed here concerns the generation of seismic accelerograms c...
International audienceThe research addressed here concerns the generation of seismic accelerograms c...
(2 blank lines) The research addressed here concerns the generation of seismic accelerograms compati...
International audienceThe construction of probabilistic models in computational mechanics requires t...
International audienceThis research concerns the generation of seismic accelerograms compatible with...
Abstract. The research addressed here is devoted to the generation of seismic accelerograms compatib...
Plenary LectureInternational audienceThe construction of probabilistic models in computational scien...
International audienceThis paper deals with the generation of seismic accelerograms which are compat...
A common statistical situation concerns inferring an unknown distribution Q(x) from a known distribu...
International audienceThe paper is devoted to the generation of seismic accelerograms compatible wit...
The recovering of a positive density function of which a finite number of moments are assigned is co...
Abstract:- Maximum entropy (MaxEnt) principle is a method for analyzing the available information in...
The maximum entropy (MaxEnt) method is a relatively new technique especially suitable for reconstruc...
Abstract. We show that a simple geometric result suffices to derive the form of the optimal solution...
International audienceThe research addressed here concerns the construction of the probability distr...
International audienceThe research addressed here concerns the generation of seismic accelerograms c...
International audienceThe research addressed here concerns the generation of seismic accelerograms c...
(2 blank lines) The research addressed here concerns the generation of seismic accelerograms compati...
International audienceThe construction of probabilistic models in computational mechanics requires t...
International audienceThis research concerns the generation of seismic accelerograms compatible with...
Abstract. The research addressed here is devoted to the generation of seismic accelerograms compatib...
Plenary LectureInternational audienceThe construction of probabilistic models in computational scien...
International audienceThis paper deals with the generation of seismic accelerograms which are compat...
A common statistical situation concerns inferring an unknown distribution Q(x) from a known distribu...
International audienceThe paper is devoted to the generation of seismic accelerograms compatible wit...
The recovering of a positive density function of which a finite number of moments are assigned is co...
Abstract:- Maximum entropy (MaxEnt) principle is a method for analyzing the available information in...
The maximum entropy (MaxEnt) method is a relatively new technique especially suitable for reconstruc...
Abstract. We show that a simple geometric result suffices to derive the form of the optimal solution...