Data Science Foundations for Earth and Planetary Sciences Logo

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
  • Edit on GitHub

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
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