Here we will go into the basics of how to extract parameters from our data that will eventually tell us something about the natural system that we observe. We will introduce a few mathematical models that describe various phenomena as well as some theory on stress and strain and dislocations.
Lecture 18: Parameter Estimation, Code for Lecture 18: least_squares.py
Lecture 19: Parameter Estimation (self study) least_squares.py
Lecture 20: Parameter Estimation (review) least_squares.py
Lecture 21: Strain
Lecture 22: Strain 2
Lecture 23: Plate Kinematics
Lecture 24: Fault Slip
Lecture 25: Inversion for Slip on a Fault
Lecture 26: Regularization
Lecture 27: Volcano Deformation
Lecture 28: Volcano Deformation 2
Lecture 29: Surface Loading
LAB 10: Fitting Timeseries
LAB 11: Fitting Timeseries w/ CATS
LAB 12: GMT
LAB 13: Volcano Deformation
Homework 03: Slip Rate Inversion, dataset
rg <at> nmt <dot> edu | Last modified: November 29 2017 20:11.