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GAIA lab presentation January 2022

The initial part is missing with a general MPS presentation. But the slides are available on github here: github.com/GAIA-UNIL/Short-course-MPS, along with the rest of the workshop material.

2012 08 28 17 59 43

Our approach models realistic channels geometries by simulating the channels orientations as a non- multiGaussian random process. This is accomplished by using the continuous variable multiple-point geostatistical method of Direct Sampling (DS) (Mariethoz et al 2010a) to model the river channel geometry. The channels produced are initially unconditional. Conditioning to known channels locations...

Our approach models realistic channels geometries by simulating the channels orientations as a non- multiGaussian random process. This is accomplished by using the continuous variable multiple-point geostatistical method of Direct Sampling (DS) (Mariethoz et al 2010a) to model the river channel geometry. The channels produced are initially unconditional. Conditioning to known channels locations...

Our approach models realistic channels geometries by simulating the channels orientations as a non- multiGaussian random process. This is accomplished by using the continuous variable multiple-point geostatistical method of Direct Sampling (DS) (Mariethoz et al 2010) to model the river channel geometry. The simulations are based on training images consisting of orientations observed on present-...