Results 231 to 240 of about 1,853,165 (304)
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Statistical evaluation of fatigue tests using maximum likelihood
, 2021The statistical evaluation of fatigue tests can be carried out using the maximum likelihood method. With this method, the influence of run-outs on the S-N curve can be statistically considered.
K. Störzel, J. Baumgartner
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On the Method of Maximum Likelihood
Journal of the Royal Statistical Society, 1940Not ...
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MAXIMUM LIKELIHOOD AND THE EFFICIENCY OF THE METHOD OF MOMENTS
Biometrika, 1950One of the practical difficulties in estimation by maximum likelihood arises from the fact that, except in special cases, the resulting equations are complicated and not easily solved. The present paper approaches this problem by deriving an expansion based on moment approximations to the likelihood equations.
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Maximum likelihood and prediction error methods
Automatica, 1979Abstract The basic ideas behind the parameter estimation methods are discussed in a general setting. The application to estimation or parameters in dynamical systems is treated in detail using the prototype problem of estimating parameters in a continuous time system using discrete time measurements. Computational aspects are discussed.
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Properties of the method of maximum likelihood
1981In Chapter 3 we drew attention to the need for a general method of point estimation, and the method of maximum likelihood was introduced to fill this role. In this chapter we discuss some properties of the method, and we also discuss some practical problems which arise when using it. The following example illustrates the usefulness of the method.
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Journal of Econometrics, 1998
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Broze, Laurence, Gouriéroux, Christian
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Broze, Laurence, Gouriéroux, Christian
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2006
Abstract This chapter discusses likelihood calculation for multiple sequences on a phylogenetic tree. As indicated at the end of Chapter 3, this is a natural extension to the parsimony method when we want to incorporate differences in branch lengths and in substitution rates between nucleotides. Likelihood calculation on a tree is also a
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Abstract This chapter discusses likelihood calculation for multiple sequences on a phylogenetic tree. As indicated at the end of Chapter 3, this is a natural extension to the parsimony method when we want to incorporate differences in branch lengths and in substitution rates between nucleotides. Likelihood calculation on a tree is also a
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The Method of Maximum Likelihood
1999In the last chapter we introduced the concept of parameter estimation. We have also described the desirable properties of estimators, though without specifying how such estimators can be constructed in a particular case. We have derived estimators only for the important quantities expectation value and variance. We now take on the general problem.
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Methods of maximum-likelihood tomography
SPIE Proceedings, 2004Maximum-likelihood estimation is an important method of inference. Recently, maximum-likelihood techniques have been successfully applied to absorption tomography of weakly as well as strongly absorbing materials. In this presentation we generalize this method to the phase contrast tomography, which combines the phase estimation and tomography ...
Zdenek Hradil, Jaroslav Rehacek
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