Computer-aided diagnosis (CAD) in medicine is the result of a large amount of effort
expended in the interface of medicine and computer science. As some CAD systems in …

During the last 20 years, geophysicists have developed great interest in using gravity
gradient tensor signals to study bodies of anomalous density in the Earth. Deriving exact …

Inverting potential field data presents a significant challenge due to its ill-posed nature, often
leading to nonunique model solutions. Addressing this, our work focuses on develo** a …

We develop a novel gravity inversion algorithm in spherical coordinates based on adaptive
inversion mesh refinement and multiphysical parameter constraints. The inversion mesh is …

ABSTRACT A new singularity-free analytical formula has been developed for the gravity
field of arbitrary 3D polyhedral mass bodies with horizontally and vertically varying density …

The lunar mascon basins are characterized by high gravity anomalies and thin crust. Study
of the density structure beneath the mascon basins can help to understand the origin of …

With the improvement in the accuracy of time-domain electromagnetic method (TDEM)
observations for geophysical exploration, abnormal diffusion phenomena have become a …

We propose a novel approach to compute the gravity field due to density anomaly in both
outside and inside of the solid Earth with high accuracy and efficiency. The high accuracy …

Magnetotelluric method is a technique for imaging the electrical conductivity and structure of
the Earth. It is widely used in mining exploration, the detection of deep geologic structure …

An efficient forward modeling algorithm for calculation of gravitational fields in spherical
coordinates is developed for 3‐D large‐scale gravity inversion problems. The 3‐D Gauss …