Data Science Foundations for Earth and Planetary Sciences
Content
Prologue
Linear Regression
1. Ordinary Least Squares
2. Weighted Least Squares
3. Bayesian Parameter Estimation I
4. Bayesian Parameter Estimation II
5. Case Study: Absorption Coefficient
Data Science Foundations for Earth and Planetary Sciences
Linear Regression
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Linear Regression
1. Ordinary Least Squares
1.1. Learning objectives
1.2. Introduction
1.3. Data scaling
1.4. OLS regression
1.5. Uncertainty propagation
1.6. Visualizing relationships
1.7. Point estimates
1.8. Summary
2. Weighted Least Squares
2.1. Learning objectives
2.2. Introduction
2.3. WLS regression
2.4. Uncertainty propagation
2.5. Summary
3. Bayesian Parameter Estimation I
3.1. Learning objectives
3.2. Introduction
3.3. Slope and intercept estimation
3.4. Highest Density Interval (HDI)
3.5. Fit comparison
3.6. Parameter estimation on real and simulated data
3.7. Summary
4. Bayesian Parameter Estimation II
4.1. Learning objectives
4.2. Introduction
4.3. Slope and intercept estimation
4.4. Plotting
4.5. Summary
5. Case Study: Absorption Coefficient