![]() ![]() ![]() Then you will learn about interactions between smooth and categorical variables, and how to model interactions between very different variables like space and time. You will fit models of geospatial data by using these interactions to model complex surfaces, and visualize those surfaces in 3D. In this chapter, you will extend the types of models you can fit to those with interactions of multiple variables. Then you will diagnose problems in models arising from under-fitting the data or hidden relationships between variables, and how to iteratively fix those problems and get better results. You will learn how to make plots that show how different variables affect model outcomes. In this chapter, you will take a closer look at the models you fit in chapter 1 and learn how to interpret and explain them. You will learn to use the gam() function in the mgcv package, and how to build multivariate models that mix nonlinear, linear, and categorical effects to data. In this chapter, you will learn how Generalized additive models work and how to use flexible, nonlinear functions to model data without over-fitting. Now let's get started! 1 - Introduction to Generalized Additive Models ![]() To take this course, you need basic R programming skills and experience with linear regression. GAMs offer offer a middle ground between simple linear models and complex machine-learning techniques, allowing you to model and understand complex systems. This short course will teach you how to use these flexible, powerful tools to model data and solve data science problems. Hello! Welcome to Generalized Additive Models in R. ![]()
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