Abstract
Inverse problem of Mueller polarimetry is defined as a determination of geometrical features of the metrological structures (i.e. 1D diffraction gratings) from its experimental Mueller polarimetric signature. This nonlinear problem was considered as an optimization problem in a multi-parametric space using the least square criterion and the Levenberg–Marquardt algorithm. We demonstrated that solving optimization problem with the experimental Mueller matrix spectra taken in conical diffraction configuration helps finding a global minimum and results in smaller variance values of reconstructed dimensions of the grating profile.
Acknowledgements
The authors are grateful to Deyan Ivanov for the help in formatting the manuscript.
References
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© 2021 Walter de Gruyter GmbH, Berlin/Boston
Artikel in diesem Heft
- Frontmatter
- Conditional stability for an inverse coefficient problem of a weakly coupled time-fractional diffusion system with half order by Carleman estimate
- A perturbation analysis based on group sparse representation with orthogonal matching pursuit
- Inverse spectral problem of an anharmonic oscillator on a half-axis with the Neumann boundary condition
- Space-time finite element method for determination of a source in parabolic equations from boundary observations
- On dynamical input reconstruction in a distributed second order equation
- Alternating minimization methods for strongly convex optimization
- Inverse scattering transform in two spatial dimensions for the N-wave interaction problem with a dispersive term
- Reconstruction algorithm of 3D surface in scanning electron microscopy with backscattered electron detector
- Inverse problem of Mueller polarimetry for metrological applications
- Features of solving the direct and inverse scattering problems for two sets of monopole scatterers
Artikel in diesem Heft
- Frontmatter
- Conditional stability for an inverse coefficient problem of a weakly coupled time-fractional diffusion system with half order by Carleman estimate
- A perturbation analysis based on group sparse representation with orthogonal matching pursuit
- Inverse spectral problem of an anharmonic oscillator on a half-axis with the Neumann boundary condition
- Space-time finite element method for determination of a source in parabolic equations from boundary observations
- On dynamical input reconstruction in a distributed second order equation
- Alternating minimization methods for strongly convex optimization
- Inverse scattering transform in two spatial dimensions for the N-wave interaction problem with a dispersive term
- Reconstruction algorithm of 3D surface in scanning electron microscopy with backscattered electron detector
- Inverse problem of Mueller polarimetry for metrological applications
- Features of solving the direct and inverse scattering problems for two sets of monopole scatterers