Abstract Multiple-Point Simulations (MPS) is a family of geostatistical tools that has received
a lot of attention in recent years for the characterization of spatial phenomena in …

Geometallurgy is a team-based multidisciplinary approach aimed at integrating geological,
mineralogical and metallurgical information and yielding a spatial quantitative predictive …

Training image‐based geostatistical methods are increasingly popular in groundwater
hydrology even if existing algorithms present limitations that often make real‐world …

A pattern-based simulation technique using wavelet analysis is proposed for the simulation
(wavesim) of categorical and continuous variables. Patterns are extracted by scanning a …

Traditional soil heavy metal (HM) investigation usually costs a lot of human and material
resources. In-situ portable X-ray fluorescence spectrometry (PXRF) is a cheap and rapid HM …

We proposed a novel seismic inversion approach that integrates the physical properties of
litho-facies, and geophysical data, within a multiple-point geostatistical framework to reduce …

Abstract Machine manufacturers' recommendations on maintenance strategies of capital-
intensive draglines are not always based on real data and therefore lead to losses from …

Reconciliation of geological, mining and mineral processing information is a costly and time
demanding procedure with high uncertainty due to incomplete information, especially during …

Simulation of categorical and continuous variables is performed using a new pattern-based
simulation method founded upon coding spatial patterns in one dimension. The method …

Multiple-point geostatistics (MPS) is an established tool for the uncertainty quantification of
Earth systems modeling, particularly when dealing with the complexity and heterogeneity of …