Inverse Methods

The success story of the transfer and development of methods from geophysics to helioseismology.- Filtering in inversion for solar internal structure.- Averaging kernels, error correlation functions and linear methods in helioseismology.- Inversion for the velocity field in the solar interior.- On the choice of trade-off parameter in helioseismic SOLA inversion.- Prospects for binary star research using disentangling.- Estimating bidirectional transport parameters for the blood-retina barrier — a feasibility study.- Determination and variability of depth profiles from XPS backgrounds.- Uncertainties in seismic inverse calculations.- Constrained waveform inversion of seismic well data.- Geological information and the inversion of seismic data.- A study of model covariances in amplitude seismic inversion.- Resolution and error propagation analysis for tomographic data with correlated errors.- Estimating background velocity from reflection seismic data — A feasibility study.- Phase migration: An approach to inversion of wide-angle seismic data.- Location of seismic events — A quest for accuracy.- Inverse estimation of parameters in petroleum reaction networks.- Inversion of a simple petroleum expulsion model.- Inversion of transient hydraulic head variation caused by a controlled point source.- Deconvolution of geophysical multioffset resistivity profile data.- Imaging of transient electromagnetic soundings using a scaling approximate fréchet derivative.- A case of processing design using inversion: Simple gating versus iterative reweighted least squares inversion.- Inverting magnetotelluric data using genetic algorithms and simulated annealing.- Ionospheric tomography.- Application of inversion to global ocean tide mapping.- Inversion of STEP-observation equation using banach's fixed-point principle.- Improving the planar isotropic covariance models.- Optimal linear estimation theory for continuous fields of observations.- Least squares adjustment of high degree spherical harmonics.- Piecewise polynomial solutions to linear inverse problems.- Regularization methods for almost rank-deficient nonlinear problems.- Constant thermodynamic speed simulated annealing.- Mean field reconstruction with snaky edge hints.- An object-oriented toolbox for studying optimization problems.- Maximum mixing method.