Dipolar electron paramagnetic resonance (EPR) spectroscopy (DEER and other techniques)
enables the structural characterization of macromolecular and biological systems by …

The impedance inversion technique plays a crucial role in seismic reservoir properties
prediction. However, most existing impedance inversion methods often suffer from spatial …

This paper introduces a novel method to combine total variation and ℓ2 regularizations to
reconstruct piecewise smooth signals. The main idea is to consider the signal as a sum of …

In this paper, we deal with the solution of linear and non-linear geophysical ill-posed
problems by requiring the solution to have sparse representations in two appropriate …

Seismic waveform inversion is a highly challenging task. Nonlinearity, nonuniqueness, and
robustness issues tend to make the problem computationally intractable. We have …

The hazardous impact and erosive potential of slow‐moving landslides depends on
landslide properties including velocity, size, and frequency of occurrence. However …

Natural self-potential (SP) fields observed in the vicinity of conductive orebodies can be
explained in terms of electrochemical reactions in which the conductors participate. Battery …

The solution appraisal component of the inverse problem involves investigation of the
relationship between our estimated model and the actual model. However, full appraisal is …

Velocity-model estimation with seismic reflection tomography is a nonlinear inverse
problem. We present a new method for solving the nonlinear tomographic inverse problem …

The attenuation of body-wave amplitudes with propagation distance can be used to provide
detailed tomographic images of seismic interfaces, fluid reservoirs, and melt batches in the …