Geomagnetic anomaly interpretation through inversion procedures often yields useful
results in determining the key details of ore masses. However, the problem is complicated …

SUMMARY A gravity inversion procedure using the success-history-based adaptive
differential evolution (SHADE) algorithm is presented to reconstruct the 3-D basement relief …

Submarine mud diapirs (MDs) and volcanoes, often linked with gas hydrates and
hydrocarbons, are prevalent features in the offshore region of SW Taiwan. Despite their …

A global optimization technique using particle swarm optimization (PSO) is presented to
estimate the depth to the basement of a heterogeneous sedimentary basin from the vertical …

Accurate estimation of Moho topography plays a crucial role in understanding Earth's
structure, geodynamic processes, and resource exploration. This study presents a novel …

ABSTRACT A Matlab‐based optimization algorithm is introduced for inverting fault structures
from observed gravity anomalies. A convenient graphical user interface is also presented for …

In this paper, an implementation of Backtracking search optimization (BSA), a non-gradient
iterative evolutionary algorithm, is presented for model parameter estimation applications …

A fully numerical forward model for estimating gravity anomalies in the Fourier domain is
presented for irregular topographic mass distributions. Modified Parker's formula using the …

Differential evolution (DE) is a stochastic optimization technique that imitates the evolution
process in nature. This paper uses an improved adaptive differential evolution to solve …

A contemporary and decisive optimization algorithm is developed for inverting gravity
anomalies due to listric faults. The cross‐section of listric faults are generally concave up …